The Role of ESG, AI & Supply‑Chain Control in Transceiver Sourcing-1

The Role of ESG AI & Supply‑Chain Control in Transceiver Sourcing

Why Sourcing Your Transceivers Direct From the Factory Makes a Difference

As data-center flows grow ever more demanding, driven by AI, sustainability mandates, and global expansion, every link in your network backbone matters. Optical transceivers, though small and often overlooked, play a pivotal role. Choosing where and how you source them can make or break your infrastructure’s performance, transparency, and resiliency.

The old model, buying optics based on price or OEM branding, doesn’t hold up in this evolving landscape. Here’s how three major macro trends are reshaping transceiver sourcing, and what decision-makers should know when evaluating vendors.

AI‑Driven Growth = Higher Optical Standards

  • East‑West traffic at scale : AI training and inference workloads flood data center fabrics with massive, bidirectional data flows, making even nanosecond delays and dropped packets visible.

  • Firmware fragility : Frequent firmware updates in OEM switches can unexpectedly blacklist uncertified SFPs or QSFPs, causing silent failures.

  • Performance consistency matters : In AI environments, you need optics that handle peak load every single time, no batch surprises, no mismatches.

What to check for in optics suppliers :

  • • Tested compatibility across AI-grade platforms (Cisco Nexus, Juniper PTX, etc.)  
    • Firmware re-validation on updates, not just initial certification
    • High-temperature profiling and signal-integrity testing

ESG & Regulatory Accountability

  • Supply-chain transparency is no longer optional : Organizations now track emissions, sourcing, and material origins, with optics components falling under scrutiny.

  • Certifications matter : Yes, many optics claim RoHS or TAA compliance, but without serialized traceability, meeting audit standards is nearly impossible.

  • Risk of recalls : Without full visibility, addressing product recalls or material concerns can be nearly impossible or very costly.

What to demand from suppliers :

  • • Serialized units linked to manufacturing reports
    • Certificates for materials, emissions, conflict minerals, and compliance standards
    • Detailed origin data (for example, by fab location or raw materials batch)

Supply‑Chain Resilience Through Control

  • Single-sourcing is risky: Private-label optics vendors often source from a mix of anonymous factories, and you never know where your next batch will come from.

  • Lead-time disruptions are real: In a single-source model, factory shutdowns, capacity constraints, or global logistics issues can suddenly stall procurement.

  • Scaling with agility is now essential: Hyperscale infrastructure needs optics at speed and scale, with no surprises or quality hot zones.

What to look for in manufacturing partners :

  • • Multiple production sites for failover and load sharing
    • In-house component stocking and JEDEC-grade management
    • Inventory buffers and proactive capacity planning

What’s Next in Optical Manufacturing?

 

A few emerging trends signal where optics sourcing must evolve:

 

  1. Smart optics with embedded telemetry and AI-based analytics
  2. Dynamic firmware tuning, where optics adapt based on network or environmental conditions
  3. Lifecycle tracking, enabling optics to report full health histories and decommission gracefully
  4. Localized or even on-prem edge production, for sensitive or secure deployments

Future vendors will need factory expertise, digital processing control, and sustainability-first operations to deliver these capabilities.

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Beyond The Sticker-1

Manufacturer Direct vs Private Labels

Why Sourcing Your Transceivers Direct From the Factory Makes a Difference

When it comes to high-speed transceivers—whether 100G, 400G, or beyond, not all sources are equal. You might see optics that are factory-built or those sold by private-label vendors. The core difference lies in  who actually builds the product , and that has meaningful implications for network reliability, traceability, and vendor control.

 

1. Full Control of the Production Lifecycle

What this means: Manufacturers who build in-house manage the entire transceiver lifecycle, from component sourcing to assembly, firmware coding, and final testing.

Why it matters:

• You eliminate guesswork about how your transceivers were made.
• You avoid collecting optics from multiple anonymous sources, each with different standards.
• You create more predictable supplies and consistent product performance.

 

2. Firmware Coding That Keeps Pace with OEM Updates

What this means: Factory-direct manufacturers handle coding internally, and can revalidate units whenever OEM platforms update their firmware.

Why it matters:

• There’s no risk that a firmware update breaks compatibility, a hidden danger with third-party parts., 
• You won’t face surprise downtime due to vendor-behavior changes.
• Your team spends less time troubleshooting and more time keeping traffic flowing.

 

3. Comprehensive Traceability and Supply Chain Transparency

Genuine manufacturers often serialize their products and link each unit back to specific production runs and QA logs.

Why it matters:

• You can track and replace specific batches quickly if a defect is discovered.
• Documentation supports audit requirements, such as for ESG reporting or regulatory systems like TAA and RoHS.
• You maintain clear records when integrating optics into large-scale deployments.

ATOP comparison for blog

4. Rigorous, Consistent Testing Across Batches

What this means: True manufacturers perform environmental, performance, and longevity testing on all products—not just samples.

Why it matters:

• You get consistent quality across deliveries, not “good” and “maybe not” units.
• Your infrastructure isn’t relying on guesswork about hidden variances.
• You avoid patchy link performance or unexpected failures that waste time and resources.

 

5. Engineering-Level Support

What this means: With a built-in team of engineers closely tied to product development, manufacturers can offer proactive and precise support.

Why it matters:

• You interact with technical experts who understand how the transceivers are built.
• You’re not playing phone-tag with a reseller’s support desk.
• You gain access to test data and troubleshooting history relevant to your case.

 

6. Better Control Over Compliance and ESG Reporting

What this means: Factory-level control enables compliance documentation and supply chain visibility, often needed for sustainability or regulatory reporting.

Why it matters:

• You can confirm origin, materials, and emissions data.
• You’re better equipped for government or enterprise ESG requirements.
• You reduce supply chain risk in audit scenarios and compliance reviews.

 

What This Means for You

Choosing Transceivers from a factory-direct manufacturer means buying from the source, you get clarity and confidence. It’s about:

  • ✔️ Predictable quality and consistency

  • ✔️ Ongoing compatibility across firmware updates

  • ✔️ Traceability for compliance and audit trails

  • ✔️ Meaningful technical support

  • ✔️ Data to support operational decisions and sustainability goals


 

This isn’t about one brand over another. Rather, it’s about understanding the value of working directly with the people who build the product . In a world network where uptime and data integrity underpin everything you do, that clarity can save both time and risk downstream.

If you’re comparing sourcing options, a key question is:

“Do I really know where this transceiver came from and can I count on it tomorrow?” 

With factory-direct sourcing, the answer is straightforward.

 

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High-Speed Copper Connectivity Project Lanched

ATOP and Xinke Materials Commence Production of High-Speed Copper Cables for AI Infrastructure

ATOP and Xinke Materials Commence Production of High-Speed Copper Cables for AI Infrastructure

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Apexlink – the new high-speed copper connectivity brand jointly owned by ATOP and Xinke Materials, has officially entered production.

Together, we’ve launched a new generation of copper cables ranging from 400G to 1.6T, including Direct Attach Cables(DACs), Active Copper Cables(ACCs), and Active Electrical Cables(AECs). Purpose-built for global AI computing infrastructure, these solutions deliver high-performance, reliable, and energy-efficient connectivity. 

By combining ATOP’s innovation with Xinke’s industrial expertise, we’ve built full vertical integration across the chip–wire–product chain. With decades of experience serving top data center customers, our cables are fully compatible with major platforms including NVIDIA, Cisco, H3C, Ruijie, and more. And thanks to advanced simulation, calibration and tuning, we maintain industry-leading signal integrity and stability. 

Production takes place in our 3,000-square-meter intelligent factory, featuring ISO Class 6 cleanrooms for 1.6T micro-assembly and ISO Class 8 cleanrooms housing two dedicated 800G production lines. 80% automation drives our operations, with AGVs and digital management systems increasing production efficiency by over 30%. In Phase 1 alone, we are achieving a product yield of 95%, producing 20,000 units per month. 

At ATOP, we’re engineering the future of connectivity, powering global AI infrastructure with high-performance copper solutions and helping our partners move forward on their path to carbon neutrality.

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OFC 2025 Live Demo: ATOP's 1.6T OSFP224 DR8 SiPh Module in Action for Next-Gen AI

OFC 2025 Live Demo: ATOP’s 1.6T OSFP224 DR8 SiPh Module in Action for Next-Gen AI

OFC 2025 Live Demo: ATOP’s 1.6T OSFP224 DR8 SiPh Module in Action for Next-Gen AI

At OFC 2025, ATOP will globally unveil its groundbreaking 1.6T OSFP224 DR8 silicon photonics transceiver module — with live demonstrations onsite. Designed for AI computing networks, hyperscale data centers, and high-performance computing platforms, this product leverages cutting-edge silicon photonics chips and innovative high-speed optical packaging technology to meet the stringent demands of next-generation AI clusters for bandwidth density, energy efficiency, and long-reach interconnectivity.

Currently undergoing critical customer testing, the module will premiere its real-device live demonstration globally at Booth #5451 during OFC 2025. We cordially invite industry peers to join us in witnessing how silicon photonics technology is revolutionizing AI computing infrastructure and propelling the leap into the era of trillion-parameter AI models.

OFC 2025 Live Demo: ATOP's 1.6T OSFP224 DR8 SiPh Module in Action for Next-Gen AI

Silicon Photonics Advantages

High Integration, Low Power, Massive Bandwidth

Featuring a breakthrough silicon photonic Mach-Zehnder modulator, the module achieves 212.5Gbps PAM4 signaling per channel, enhancing optical link linearity and stability. Monolithic integration minimizes packaging complexity while ensuring superior signal integrity.

Product Highlights

Plug-and-Play

Hot-pluggable OSFP224 form factor with compliance to OSFP MSA specifications, enabling flexible deployment and seamless upgrades.

Ultra-High-Speed Interconnect

1.6Tbps total bandwidth via 8×212.5Gbps PAM4 optical/electrical interfaces, meeting the ultra-high-speed interconnect demands of AI clusters and cloud networks.

Versatile Fiber Connectivity

Supports MPO-16 or dual MPO-12 interfaces, compatible with diverse cabling environments. Upgrades from 800G to 1.6T without infrastructure overhaul.

Reliable Performance

Silicon Photonics PIC and PIN PD receiver technology ensure low-noise, high-sensitivity optical signal transmission and reception.

Robust Thermal Tolerance

Operates reliably across 0°C to 70°C commercial temperature ranges, engineered for harsh data center conditions.

Typical Tx eye diagram with 106.25GBd SSPRQ, TDECQ 1.78dB

As AI advancements drive exponential demand for high-speed, energy-efficient, and highly integrated optical solutions, ATOP’s 1.6T OSFP224 DR8 module not only addresses current AI and hyperscale data center needs but also lays the foundation for future high-performance computing applications.

Join us at OFC 2025 to experience this groundbreaking live demo and discover its transformative potential for AI infrastructure.

Booth #5451

Date: April 1-3, 2025

Location: Moscone Convention Center, San Francisco, CA

About ATOP

A global leader in optical connectivity solutions, ATOP specializes in high-speed optical modules and copper interconnect technologies, empowering hyperscale data centers, 5G networks, and AI-driven infrastructure worldwide.

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800G Silicon Photonics Transceivers Powering AI and Emerging Technologies

800G Silicon Photonics Transceivers: Powering AI and Emerging Technologies

800G Silicon Photonics Transceivers: Powering AI and Emerging Technologies

In the ever-evolving technological landscape, 800G silicon photonics transceivers have emerged as a cornerstone for advanced AI applications, cloud computing, data centers, autonomous driving, embodied robotics, and beyond. These transceivers are essential for achieving low-latency, high-bandwidth data transmission, enhancing the efficiency and responsiveness of AI systems. This results in significant benefits across various domains, from reducing training times for AI models in data centers to enabling real-time decision-making in autonomous vehicles and smart factories. Their low power consumption also makes them a critical component for sustainable technology infrastructures. In this article, we will delve into the specific applications and advantages of 800G silicon photonics transceivers across different cutting-edge technologies, showcasing their transformative impact.

AI Applications

AI applications, particularly in machine learning and deep learning, require vast amounts of data to be processed and transmitted quickly. 800G silicon photonics transceiverscan enhance AI performance by offeringlow latency and high-bandwidthdata transmission,, reducing the time it takes for AI systems to communicate with data storage and processing units. For instance, AI models like GPT-4 or autonomous systemsneed to process real-time data, and slow transmission can lead to delays in decision-making, which would negatively affect performance. The high-speed and low-latency capabilities of 800G silicon photonicstransceiverscan enable AI systems to handle more data-intensive tasks, improving their efficiency and responsiveness. Additionally, low power consumption is critical in data-heavy AI environments to reduce operational costs and energy footprints.

Example: In a data center dedicated to training AI models like GPT-4 or other deep learning models, 800G silicon photonics transceivers enable faster communication between servers and data storage systems, significantly cutting training times. This translates into quicker deployment of AI models, providing businesses with faster insights and more agile decision-making.



Data Centers

Data centers handle massive data loads from multiple sources, and they require scalable, efficient infrastructure. Thelow power consumption and the high level integration of 800G silicon photonics transceiversis crucial here. With the explosion of data usage, energy consumption in data centers has become a significant issue. 800G silicon photonics transceivers offer high-speed data transmission with lower power consumption, making them ideal for high-density data center environments. This not only reduces energy and operational costs but also enables data centers to support greater traffic volumes without requiring extra physical expansion or environmental impact.
 
Example: A hyperscale data center can significantly reduce its energy bills by switching to 800G silicon photonics transceivers, while simultaneously increasing data transfer speeds between servers, improving cloud services and reducing operational overhead.



Cloud Services

Cloud services

Cloud services like Amazon Web Services (AWS), Microsoft Azure, or Google Cloud rely on high-performance networking to deliver reliable, fast, and scalable solutions to millions of users concurrently, whether for storage, computing, or collaboration.800G silicon photonicstransceivers offer faster data transmission, allowing cloud service providers to offer better performance, particularly for latency-sensitive applications such as video streaming, gaming, or enterprise software. Additionally, their low-cost nature makes scaling more feasible for cloud providers.

Example: A cloud-based video streaming platform or video conferencing solution benefits from reduced buffering and enhanced video quality, as 800G silicon photonics transceivers allow for quicker data flow from cloud servers to deliver smoother, high-definition experiences to end-users, especially during peak usage times.



Industry 4.0

Smart factories under the Industry 4.0 model require rapid data exchanges between machines, sensors, and control systems to facilitate automation and real-time decision-making. The low latency and fast data transmission offered by 800G silicon photonics transceivers enable reliability for this industrial data flow and real-time communication between these systems, increasing operational efficiency and productivity.
 
Example: A smart factory producing automotive components benefits from 800G silicon photonics transceivers as the real-time exchange of data allows robots and automated systems to receive, transmit data with near-zero delay and adapt immediately to changes in production, reducing downtime, increasing throughput and optimizing production line efficiency.



VR/AR/MR

VR/AR/MR experiences demand high bandwidth and low latencyfor smooth, real-time rendering and interaction. Thefast data transmission and low-latencyof 800G silicon photonics transceivers can help deliver high-quality immersive experiences without delays or buffering, especially in high-resolution applications.

 

Example: A VR gaming company can offer a more seamless experience, where players interact with virtual environments without noticeable lag, due to the high-speed, low-latency data provided by 800G silicon photonics transceivers.


Autonomous Driving

Autonomous vehicles require rapid, real-time communication with onboard sensors, cameras, and external cloud systems for decision-making.Low-latency and fast data transmissionprovided by 800G silicon photonics transceivers are essential for performance, ensuring that autonomous vehicles can respond to real-time data accurately and safely.

 

Example: An autonomous vehicle company can improve real-time decision-making, such as obstacle detection and navigation, by relying on silicon photonics transceivers for faster data transmission between the vehicle’s sensors and control systems, allowing safer and more efficient driving.

Embodied Artificial Intelligence

Autonomous vehicles require rapid, real-time communication with onboard sensors, cameras, and external cloud systems for decision-making.Low-latency and fast data transmissionprovided by 800G silicon photonics transceivers are essential for performance, ensuring that autonomous vehicles can respond to real-time data accurately and safely.

 

Example: An autonomous vehicle company can improve real-time decision-making, such as obstacle detection and navigation, by relying on silicon photonics transceivers for faster data transmission between the vehicle’s sensors and control systems, allowing safer and more efficient driving.

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Explore ATOP Latest Innovations at ECOC 2024

Explore ATOP Latest Innovations at ECOC 2024

Explore ATOP Latest Innovations at ECOC 2024

ATOP is gearing up for an exciting showcase at ECOC 2024 in Frankfurt, Germany! With just one month left until the big event, we can’t wait to welcome you to our booth B129 from September 23-25.

Join us to explore our latest innovations, including the 800G series and advanced silicon photonic transceivers, designed to revolutionize data transmission and processing for AI and data center networks.

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100G-800G Transceivers for Infiniband Network (900 x 600 像素) (1)

100G-800G Transceivers for Infiniband Network

100G-800G Transceivers for Infiniband Network

Are you planning to enhance your data center with High-Performance Computing (HPC) capabilities? ATOP provides a comprehensive selection of high-speed InfiniBand transceivers, ranging from 100G to 800G, designed to empower your data center’s performance. With our diverse portfolio of wavelengths, transmission distances, and connector options, you can effortlessly cater to your growing data demands and scale your infrastructure seamlessly.

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3.400G800G Multi-Platform InteroperabilityTest Certificate-Switches from NVIDIA, Cisco, Infrawaves and H3C

800G/400G Optical Transceivers are Fully Compatible with the Switches from NVIDIA, Cisco, Infrawaves and H3C

800G/400G Optical Transceivers are Fully Compatible with the Switches from NVIDIA, Cisco, Infrawaves and H3C

400G/800G Multi-Platform Interoperability Test Certificate-Switches from NVIDIA, Cisco, Infrawaves and H3C

At the Connected Fiber Connects Future Conference 2024, ATOP proudly unveiled its 400G/800G optical transceivers. These products successfully demonstrated interoperability with leading switches from NVIDIA, Cisco, Infrawaves, and H3C.

The tests confirmed ATOP’s optical transceivers are fully compatible and operate with zero error rates during high-speed data transmission, ensuring reliable and stable performance. This underscores ATOP’s commitment to delivering top-notch solutions for global data centers, supercomputing, intelligent computing, cloud computing, and AI clusters.

Test Highlights:

●NVIDIA QM9790 + CX7 OSFP Network Card: 

800G OSFP DR8/SR8 passed successfully.

●Cisco C8111-32EH: 

400G QSFP-DD DR4 SiPh passed successfully.

●Infrawaves IW-9616-32D: 

400G QSFP-DD  DR4 SiPh, 400G QSFP-DD SR4  passed successfully.

●H3C S9827: 

400G QSFP112 SR4 passed successfully. 

 

NVIDIA QM9790 + CX7 OSFP Network Card: 800G OSFP DR8/SR8 passed successfully.
Cisco C8111-32EH: 400G QSFP-DD DR4 SiPh passed successfully
Infrawaves IW-9616-32D: 400G QSFP-DD DR4 SiPh, 400G QSFP-DD SR4 passed successfully
H3C S9827: 400G QSFP112 SR4 passed successfully

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英伟达与ATOP光模块对比 (1)

NVIDIA VS. ATOP Data Center Interconnect Optical Transceiver Comparison

NVIDIA VS. ATOP Data Center Interconnect Optical Transceiver Comparison

Exciting News for NVIDIA Hardware Users!

If you’ve sourced hardware devices like GPUs and switches from NVIDIA, you’ll be thrilled to know that obtaining compatible optical transceivers just got easier!

While purchasing directly from NVIDIA is an option, there’s an alternative worth exploring. ATOP is your go-to solution, offering fully compatible optical transceivers for NVIDIA switches, along with tailored solutions and local engineer support.

Backed by rigorous testing and validation, ATOP products ensure top-notch AI and data center optical connectivity solutions with low latency, high reliability and compatibility. Contact us to see which ATOP’s optical transceivers can play the same role in the network architecture as NVIDIA products.

Don’t miss out on this game-changing opportunity to optimize your NVIDIA hardware setup with ATOP’s trusted solutions!

英伟达网络架构与光模块数量 (900 x 600 像素)

Transceivers Needed in NVIDIA H100 Server Cluster

Transceivers Needed in NVIDIA H100 Server Cluster

Are you familiar with the network architecture of the NVIDIA DGX H100 SuperPOD? Have you had a chance to consider the number of optical transceivers that might be needed? Let’s explore this together, using the NVIDIA 4 SU solution as a guide to estimate the number of optical transceivers.
 
In the H100+ConnectX-7+QM9700 two-layer network architecture, there are 128 servers, 32 Leaf switches, and 16 Spine switches.

 
1536 Pieces 800G Optical Transceivers Are Required:

Each Leaf switch has 16 interfaces(800G) for upward transmission and 16 interfaces(800G) for downstream transmission. Therefore, a total of 32*16+32*16=1024 pieces optical transceivers(800G) are required on 32 Leaf switches. Each Spine switch has 32 interfaces(800G), requiring 512 pieces optical transceivers(800G) for the 16 Spine switches.

1024 Pieces 400G Optical Transceivers Are Required:

Each Leaf has 16 downward transmission interfaces, and each interface connects downward to the server at a unidirectional rate of 2*400G. Therefore, a server connected to 32 Leaf switches requires 32*16*2=1024 pieces optical transceivers(400G). 

Transceivers Needed in NVIDIA H100 Server Cluster
Compatible with nvidia switches (900 x 600 像素) (5)

ATOP’s 400G&800G Optical Transceivers Achieved Compatibility with NVIDIA Platforms

ATOP's 400G&800G Optical Transceivers Achieved Compatibility with NVIDIA Platforms

We are thrilled to announce that ATOP’s 400G&800G OSFP optical transceivers have successfully passed compatibility testing on NVIDIA platforms (QM9790, ConnectX-7).

This achievement marks a significant milestone in our commitment to delivering high-performance networking solutions. Our optical transceivers have demonstrated seamless integration and outstanding performance on NVIDIA’s advanced platforms, ensuring reliable and efficient data transmission for our customers.

ATOP’s 400G&800G optical transceivers tested compatible with NVIDIA platforms

The link interface

Revolutionizing Next-Gen AI Applications and High-Speed Data Center Networks with ATOP 800G 2*FR4 and 1.6T Silicon Optical Modules

Revolutionizing Next-Gen AI Applications and High-Speed Data Center Networks with ATOP 800G 2*FR4 and 1.6T Silicon Optical Modules

Revolutionizing Next-Gen AI Applications and High-Speed Data Center Networks with ATOP 800G 2*FR4 and 1.6T Silicon Optical Modules

ATOP develops 1.6T silicon optical modules and 800G 2*FR4 silicon optical modules based on Intel 200G Per Lane PIC, providing solutions for next-generation AI applications and high-speed data center networks.

There are over 1.3 billion fixed broadband users worldwide, with over 50% of users already using FTTH. PON is an important system for providing high-speed internet, and its technology greatly reduces the cost of network construction and maintenance compared to traditional networks, with its usage continuing to rise. At this year’s FTTH exhibition, ATOP also showcased PON series products, including GPON OLT, XGS PON OLT, XG COMBO PON OLT, XGS COMBO PON OLT, GPON ONU, and XGS PON ONU etc. As an important component of broadband access network architecture, they play a crucial role in providing users with high-speed data and video services, providing on-demand network construction advantages based on specific network requirements, helping customers reduce network construction and maintenance costs, and building green networks that are energy-efficient and reduce emissions. The following diagram can give you a quick understanding of the application of ATOPu2019s PON modules in broadband access network architecture.

Revolutionizing Next-Gen AI Applications and High-Speed Data Center Networks with ATOP 800G 2*FR4 and 1.6T Silicon Optical Modules
800G Multimode Optical Transceiver-Your Choice for High-Speed Interconnection in AI & Data Centers

800G Multimode Optical Transceiver-Your Choice for High-Speed Interconnection in AI & Data Centers

800G Multimode Optical Transceiver-Your Choice for High-Speed Interconnection in AI & Data Centers

As the AI era advances, the demand for computing power has sharply increased. Data centers also have growing needs for bandwidth, capacity, and lower latency, driving the development of faster network speed, and prompting a surge in demand for 800G high-speed optical transceivers.

Introduction

There are over 1.3 billion fixed broadband users worldwide, with over 50% of users already using FTTH. PON is an important system for providing high-speed internet, and its technology greatly reduces the cost of network construction and maintenance compared to traditional networks, with its usage continuing to rise. At this year’s FTTH exhibition, ATOP also showcased PON series products, including GPON OLT, XGS PON OLT, XG COMBO PON OLT, XGS COMBO PON OLT, GPON ONU, and XGS PON ONU etc. As an important component of broadband access network architecture, they play a crucial role in providing users with high-speed data and video services, providing on-demand network construction advantages based on specific network requirements, helping customers reduce network construction and maintenance costs, and building green networks that are energy-efficient and reduce emissions. The following diagram can give you a quick understanding of the application of ATOPu2019s PON modules in broadband access network architecture.

ATOP 800G OSFP/QSFP-DD SR8, complies with the IEEE 802.3ck-defined 800GAUI-8 standard. It adopts OSFP/QSFP-DD packaging and is specifically designed for use on multimode optical fibers for 800 Gigabit Ethernet links. The product features 8 independent electrical signal input/output channels, each operating at a speed of 106.25 Gbps, with a maximum supported transmission distance of 100 meters. It is applicable to AI, data centers and 800G Ethernet, with typical application power consumption as low as 13W. The DSP adopts 7nm process with mature chip flow and reliable performance.
800G Multimode Optical Transceiver-Your Choice for High-Speed Interconnection in AI & Data Centers

Top Performance

Optical Advantages

The innovative optical path design balances high coupling efficiency while reducing the impact of reflections on both the transmitter and receiver ends, thereby enhancing the competitiveness of the 800G SR series multimode products.

TX: VCSEL coupling efficiency 78%; ORL greater than 49dB

RX: PD coupling efficiency 86%; ORL greater than 25dB

Optical Path Design

Stability and Reliability Advantages

The 800G OSFP/QSFP-DD SR8 has successfully passed the adaptation tests of the Keysight 800G Traffic Analyzer, with uninterrupted service during 72-hour full-load traffic tests at the port, and no packet loss or errors at the equipment ports. It demonstrates stability and reliability in performance tests such as device soft and hard restarts, and hot-swapping of ports.

800G OSFP SR8 test data

800G OSFP SR8 eye diagram

800G OSFP SR8 2024 OFC Live Demo

Join us at booth #1615 in the San Diego Convention Center during the 49th OFC in the USA from March 26th to 28th, 2024. We’re excited to showcase our latest products and exchange cutting-edge technologies with you. Don’t miss the opportunity to see firsthand our innovative 800G OSFP SR8 optical transceiver live demo. Additionally, ATOP’s chief scientist, R&D director, and other senior management will be available to discuss how 800G technology can revolutionize AI and high-speed interconnections in data centers, unleashing unparalleled computing power.
Embarking on a New Journey: Key Milestones of 2023 and Strategic Insights for 2024

Embarking on a New Journey: Key Milestones of 2023 and Strategic Insights for 2024

Embarking on a New Journey: Key Milestones of 2023 and Strategic Insights for 2024

Despite the strong demand in the data communication market driven by the demand for artificial intelligence, the weak macroeconomic environment in 2023, the slowdown in the construction of 5G and 10G PON, and the challenges in the geopolitical environment continued to adversely affect the optical module industry. In the face of the industry’s economic downturn and tightening demand, ATOP has actively adjusted the company’s strategy, internally strengthened the foundation, and improved the R&D capability, to prepare for the company’s development and strategy in 2024.

The commissioning of the Malaysian factory in 2023, the launch of 400G and 800G new series products, and the development of new products including silicon photonics, LPO, and CPO products, have laid a solid foundation for ATOP’s development. At the same time, we actively explored the market, grasped the opportunity brought by the growth of arithmetic demand of data center in the era of AI big model, made a significant breakthrough in the data center market, and gained a large share in Tier 1 data center customers, breaking through the strategic goal of the market proportion of data center products. Looking back on this year, ATOP defied challenges and moved forward firmly. In the face of adversity, we rose to the challenge and achieved a series of breakthroughs. Now, let’s review this year’s journey and big events together!

 

Chapter 1: 2023 Company Big Events

ATOP Malaysian Factory in Operation

In April, ATOP’s manufacturing strength was upgraded, and the Malaysian production base was put into operation, adding new impetus to ATOP’s development.

There are over 1.3 billion fixed broadband users worldwide, with over 50% of users already using FTTH. PON is an important system for providing high-speed internet, and its technology greatly reduces the cost of network construction and maintenance compared to traditional networks, with its usage continuing to rise. At this year’s FTTH exhibition, ATOP also showcased PON series products, including GPON OLT, XGS PON OLT, XG COMBO PON OLT, XGS COMBO PON OLT, GPON ONU, and XGS PON ONU etc. As an important component of broadband access network architecture, they play a crucial role in providing users with high-speed data and video services, providing on-demand network construction advantages based on specific network requirements, helping customers reduce network construction and maintenance costs, and building green networks that are energy-efficient and reduce emissions. The following diagram can give you a quick understanding of the application of ATOP’s PON modules in broadband access network architecture.

ATOP Singapore Grand Opening

In June, ATOP Singapore opened grandly, accelerating its global layout and the Asia-Pacific focus.

First Digital Factory as a Benchmark

In September, ATOP and Tencent Cloud strategic cooperation of the first digital factory as a benchmark project released, empowering the intelligent manufacturing of optical modules. The quality and capacity leap greatly and the annual output exceeded 1.6 million.

Chapter2: New Products Milestones

ATOP successfully launched 800G, 400G and LPO series products for data centers, and developed new products of Silicon Photonics products to help release the extreme arithmetic power in the AIGC era.

Single-wavelength 112G Multi-mode/Single-mode Products Launch

LPO Series Products Launch

Silicon Photonics Products in Development

To be launched in 2024

400G QSFP-DD DR4 (SiPh)

400G OSFP DR4 (SiPh)

400G QSFP112 DR4 (SiPh)

Highlight Products

Data Center Products

The 400G QSFP-DD SR8 low-power optical module, which ATOP has strategically cooperated with Airoha Technology (a subsidiary of MediaTek, the world’s TOP 10 semiconductor manufacturer), has successfully passed the test of first-tier Internet companies and won the 10th ICC “Innovation Breakthrough Award” for its advantages in technological solution innovation, low power consumption and high reliability.

Broadband Access Products

10G PON products passed Tier 1 equipment vendors’ tests, and GPON OLTs were shipped in bulk to international Tier 1 customers.

Wireless Products

Tunable DWDM products passed Tier 1 equipment vendor testing.

Chapter 3: Increased International Industrial Impact

Presentations on the Frontiers of Broadband and Wireless Technologies

Dr. Toshi K. Uchida, Chief Scientist of ATOP, was invited to participate in the FTTH Conference and the forum of Adtran, a global technology partner, to share ATOP’s cutting-edge technologies in broadband and wireless communications respectively.

FTTH Conference Presentation:25G/50G PON

Adtran Forum Presentation:Smart Tunable Optics

Global Exhibitions and Branding

Participation in 15 global exhibition activities, covering North America, Europe, Asia-Pacific to seize market opportunities

Joint-Development of International Industry Standards

Join CCSA, FTTH Council Europe, IPEC, OIF, SmartTunable MSA, WBBA and other international organizations to participate in the development of industry standards and enhance international influence.

Looking forward to the future, ATOP will continue to uphold the spirit of innovation and meet new challenges and opportunities. In 2024, ATOP will seize the opportunities brought by the rapid development of technologies such as 5G, cloud computing, and big data, deepen cooperation with Tier 1 Internet data centers, continuously improve product quality and service levels, and meet the diverse and customized needs of customers. At the same time, ATOP will continue to strengthen technological research and product innovation, jointly promote the development of 1.6T optical modules and 2.0T CPO products with upstream and downstream industries, strengthen vertical integration, work closely with strategic partners, and make full preparations for the bulk delivery of 400G and 800G series including silicon photonics products, providing a solid and reliable guarantee for the new infrastructure of computing power in the era of AI. Together with the team, partners and customers, ATOP is committed to create a better future for optical communication! 

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Embracing the Future, Shaping a Greener Tomorrow

Embracing the Future, Shaping a Greener Tomorrow.

As #COP28 is underway, our dedication to sustainable technology becomes even more pivotal. Here’s how manufacturing high-speed optical transceivers aligns with global climate goals and how we’re making a difference at the forefront of climate action: #UNFCCC

There are over 1.3 billion fixed broadband users worldwide, with over 50% of users already using FTTH. PON is an important system for providing high-speed internet, and its technology greatly reduces the cost of network construction and maintenance compared to traditional networks, with its usage continuing to rise. At this year’s FTTH exhibition, ATOP also showcased PON series products, including GPON OLT, XGS PON OLT, XG COMBO PON OLT, XGS COMBO PON OLT, GPON ONU, and XGS PON ONU etc. As an important component of broadband access network architecture, they play a crucial role in providing users with high-speed data and video services, providing on-demand network construction advantages based on specific network requirements, helping customers reduce network construction and maintenance costs, and building green networks that are energy-efficient and reduce emissions. The following diagram can give you a quick understanding of the application of ATOP’s PON modules in broadband access network architecture.

There are over 1.3 billion fixed broadband users worldwide, with over 50% of users already using FTTH. PON is an important system for providing high-speed internet, and its technology greatly reduces the cost of network construction and maintenance compared to traditional networks, with its usage continuing to rise. At this year’s FTTH exhibition, ATOP also showcased PON series products, including GPON OLT, XGS PON OLT, XG COMBO PON OLT, XGS COMBO PON OLT, GPON ONU, and XGS PON ONU etc. As an important component of broadband access network architecture, they play a crucial role in providing users with high-speed data and video services, providing on-demand network construction advantages based on specific network requirements, helping customers reduce network construction and maintenance costs, and building green networks that are energy-efficient and reduce emissions. The following diagram can give you a quick understanding of the application of ATOPu2019s PON modules in broadband access network architecture.

🌿 Energy efficiency in manufacturing:

Our state-of-the-art production process prioritizes energy efficiency, contributing to a greener future for data transmission.

🏭 Advanced manufacturing process:

Innovation is at the core of our manufacturing process, embracing advanced techniques that streamline production while minimizing environmental impact.

🏢 Best data center solution practice:

Beyond devices, our tech extends to data centers with best practices, ensuring a holistic approach to sustainability.

⚙️Optimized chip adoption:

By adopting advanced chips, we’re reducing power consumption without compromising performance. It’s a small chip with a big impact on energy efficiency!

🔌 Low-power components:

Our optical transceivers use components designed to minimize energy consumption, promoting a more sustainable tech ecosystem.

👁 Optical power monitoring and control:

Precision matters. Our transceivers monitor and control optical power, ensuring efficiency and minimizing energy waste.

🌱 Sustainable materials:

We believe in responsible material choices. Our transceivers incorporate sustainable materials, taking a step towards eco-friendly tech solutions.

📦 Energy-efficient packaging:

It’s not just about what’s inside; our commitment extends to eco-friendly packaging, reducing waste and environmental footprint.

🌍 Reduced footprint and miniaturization:

Small but mighty! Our commitment to miniaturization reduces the overall environmental footprint, making a big impact on sustainability.

♻️Circular economy and reducing E-Waste:

Circular by design! We’re advocates for a circular economy, reducing electronic waste by creating products with recyclability in mind.

🤝 Global R&D collaboration:

Together, we innovate! Global Collaboration is key in our research and development efforts to create sustainable tech solutions.

📜Committed to compliance:

We adhere to and surpass government policies, contributing to a regulatory framework for sustainable tech.

🌎Consumer awareness and responsibility:

Your choices matter! We empower consumers with information on sustainable tech, promoting responsibility in the digital era.

🔮Future trends and technologies:

The future is green! Explore with us as we pioneer future trends and technologies for a sustainable and resilient tech landscape.

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Greening the Future: ATOP Ultra-Efficient and Eco-Friendly 400G/800G Data Center Solutions

Greening the Future: ATOP Ultra-Efficient and Eco-Friendly 400G/800G Data Center Solutions

In the age of the digital economy, the landscape is witnessing a swift transformation with hyperscale data centers adapting at a rapid pace to meet the demands of a diverse array of high-bandwidth, low-latency applications. As the industry undergoes a swift shift towards 400GB and 800GB communication applications, ATOP has unveiled groundbreaking 112G SerDes 400G/800G data center solutions with superior performance to cater to the escalating need for greater bandwidth in both data center and network applications, effectively doubling the data rate of its predecessor, the 56G SerDes.

Enabling the Global Data Center Ecosystem with ATOP 400G/800G Data Center Solutions

ATOP 400G/800G data center solutions can be applied in the leaf-spine network architecture and feature advanced 200G/400G/800G optical transceivers, aligning seamlessly with the network requirements of high bandwidth, low latency, efficient convergence, and minimal power consumption. Specifically designed to cater to the demands of applications such as big data, artificial intelligence (AI), high-performance computing (HPC), and machine learning, these solutions provide robust and dynamic network support to propel these critical sectors forward.

There are over 1.3 billion fixed broadband users worldwide, with over 50% of users already using FTTH. PON is an important system for providing high-speed internet, and its technology greatly reduces the cost of network construction and maintenance compared to traditional networks, with its usage continuing to rise. At this year’s FTTH exhibition, ATOP also showcased PON series products, including GPON OLT, XGS PON OLT, XG COMBO PON OLT, XGS COMBO PON OLT, GPON ONU, and XGS PON ONU etc. As an important component of broadband access network architecture, they play a crucial role in providing users with high-speed data and video services, providing on-demand network construction advantages based on specific network requirements, helping customers reduce network construction and maintenance costs, and building green networks that are energy-efficient and reduce emissions. The following diagram can give you a quick understanding of the application of ATOP’s PON modules in broadband access network architecture.

What are the Advantages of ATOP 400G/800G Data Center Solutions?

  1. 1)   Extremely power-saving solution for green data centers
  2. 2)  High-level compatibility and interoperability with major DCN platforms
  3. 3)  From legacy to the cutting edge, beyond standard quality
  4. 4)  Full range of products available for one-stop supply
  5. 5)  Simple and efficient operation and maintenance with global support

What Products do ATOP Data Center 400G/800G Solutions have?

Product Name Product Type Specification
400G QSFP 112 SR4 Optical Transceiver Wavelength: 840nm~860nm
Component: VCSEL/PIN
Output Power: -4.6~4dBm
Rec. Sens: -4.6dBm
Connector: MPO
Case Temp.: C
Reach: 100m(OM4/OM5)
400G QSFP-DD FR4 Optical Transceiver Wavelength: 1271nm~1331nm
Component: EML/PIN
Output Power: -3.3~+3.5dBm
Rec. Sens: -4.6dBm
Connector: LC
Case Temp.: C
Reach: 2km
400G QSFP-DD SR8 Optical Transceiver Wavelength: 850nm
Component: VCSEL/PIN
Output Power: -6~+4dBm
Rec. Sens: -7.9dBm
Connector: MPO/MTP
Case Temp.: C
Reach: 100m
400G QSFP-DD DR4 Optical Transceiver Wavelength: 1310nm
Component: EML/PIN
Output Power: -2.9~+4dBm
Rec. Sens: -4.4dBm
Connector: MPO
Case Temp.: C
Reach: 500m
800G OSFP SR8 Optical Transceiver Wavelength: 840nm~860nm
Component: VCSEL+PIN
Output Power: -4.6~+4dBm
Rec. Sens: -4.6dBm
Connector: MPO
Case Temp.: C
Reach:100m
800G QSFP-DD SR8 Optical Transceiver Wavelength: 840nm~860nm
Component: VCSEL+PIN
Output Power: -4.6~+4dBm
Rec. Sens: -4.6dBm
Connector: MPO
Case Temp.: C
Reach: 100m
800G OSFP DR8 Optical Transceiver Wavelength: 1304.5nm~1317.5nm
Component: EML+PIN
Output Power: -2.9~+4dBm
Rec. Sens: -3.9dBm
Connector: MPO
Case Temp.: C
Reach: 500m
800G OSFP 2*FR4 Optical Transceiver Wavelength: 1264.5nm~1337.5nm
Component: EML+PIN
Output Power: -3.2~+4dBm
Rec. Sens: -4.6dBm
Connector: LC
Case Temp.: C
Reach: 2km
400G QSFP-DD AOC AOC Case Temp.: C Reach:15~100M
800G OSFP LPO AOC AOC Case Temp.: C Reach: 1~50m(OM4/OM5)
800G QSFP-DD AOC AOC Case Temp.: C Reach: 1~50m(OM4/OM5)

Leading global internet corporations are collaboratively strategizing the implementation of high-speed electrical interfaces, centered around the revolutionary 112G SerDes, to enhance their next-gen data centers. ATOP has unveiled advanced 112G SerDes 400G/800G optical transceivers and is actively engaged in the validation process in partnership with major internet companies. To learn more about our tailored solutions, please feel free to get in touch with us (contact@atopfiberoptics.com).

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ATOP Launches 400G QSFP-DD SR8 Optical Transceivers Adopting MediaTek DSP Chips Firstly

ATOP Launches 400G QSFP-DD SR8 Optical Transceivers Adopting MediaTek DSP Chips Firstly

ATOP has strategically partnered with MediaTeku00a0as the first manufacturer of optical transceivers andu00a0launched 400G QSFP-DD SR8 optical transceivers adopting MediaTek DSP chips for data centers. This solution has already entered mass production and has successfully passed compatibility tests with leading internet companies’ mainstream switches. Notably, its performance matches that of mainstream solutions from Broadcom and INPHI, all while maintaining competitive costs and delivery.

Power Consumption as Low as 7W

There are over 1.3 billion fixed broadband users worldwide, with over 50% of users already using FTTH. PON is an important system for providing high-speed internet, and its technology greatly reduces the cost of network construction and maintenance compared to traditional networks, with its usage continuing to rise. At this year’s FTTH exhibition, ATOP also showcased PON series products, including GPON OLT, XGS PON OLT, XG COMBO PON OLT, XGS COMBO PON OLT, GPON ONU, and XGS PON ONU etc. As an important component of broadband access network architecture, they play a crucial role in providing users with high-speed data and video services, providing on-demand network construction advantages based on specific network requirements, helping customers reduce network construction and maintenance costs, and building green networks that are energy-efficient and reduce emissions. The following diagram can give you a quick understanding of the application of ATOPu2019s PON modules in broadband access network architecture.

The typical consumption of ATOP’s 400G QSFP-DD SR8 with MediaTek DSP chips is as low as 7W. It supports a maximum transmission distance of up to 100 meters and is suitable for applications in 400G ethernet and data center switches. It complies with protocols and standards such as QSFP-DD MSA, IEEE802.3cd/cm, CMIS, and RoHS and the DSP in this solution uses a 12nm process, ensuring mature chip production and reliable performance.n

Mainstream Switches Compatibility Tests Passed at Leading Internet Companies

ATOP’s low-power 400G QSFP-DD SR8 solution has successfully passed compatibility tests with mainstream switches from companies like Huawei, H3C, Ruijie, Arista, Juniper at leading internet companies. It has also completed interoperability tests with various mainstream optical modules and long-term traffic tests with different manufacturersu2019 devices, running at full load for 168 hours without service interruptions. The equipment ports experienced no packet loss or errors, and the solution demonstrated stability and reliability in performance tests, including equipment soft and hard reboots, as well as hot and cold port insertions.

Mass Production and Stable Supply of 400G

ATOP currently has a monthly production capacity of approximately 30,000 units for the 400G QSFP-DD SR8 opticalu00a0transceivers. With two factories in China and an EMS factory in Malaysia, ATOP is well-equipped to ensure a stable global supply of the 400G QSFP-DD SR8. Additionally, through our smart manufacturing platform, we can provide rapid customization services for optical transceivers ranging from 100G to 800G. This not only aids in cost reduction and consumption reduction but also facilitates technological upgrades.

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ECOC 2023 Invitation | ATOP 800G Series Optical Transceivers Debut in Europe

ECOC 2023 Invitation | ATOP 800G Series Optical Transceivers Debut in Europe

ATOP is thrilled to announce our participation in the highly anticipated ECOC 2023! We cordially invite you to visit our booth 106 at the ECOC exhibition in Glasgow, Scotland from Oct. 2nd to 4th. During the event, we will be presenting our cutting-edge solutions, including the 800G series and tunable optical transceivers. With our expertise in delivering innovative products, our goal is to bring about changes in the industry and advance optical networking.

【Grand New Products Launch】

We will launch a range of new products, including the 800G SR8, 800G 2*FR4, and 800G AOC. These innovations are designed for Ethernet, data center switches, and data center interconnects, aiming to meet the ever-growing demand for computational infrastructure. They provide robust support for capacity expansion and architectural evolution within data centers.

800G OSFP SR8
800G QSFP-DD SR8 

There are over 1.3 billion fixed broadband users worldwide, with over 50% of users already using FTTH. PON is an important system for providing high-speed internet, and its technology greatly reduces the cost of network construction and maintenance compared to traditional networks, with its usage continuing to rise. At this year’s FTTH exhibition, ATOP also showcased PON series products, including GPON OLT, XGS PON OLT, XG COMBO PON OLT, XGS COMBO PON OLT, GPON ONU, and XGS PON ONU etc. As an important component of broadband access network architecture, they play a crucial role in providing users with high-speed data and video services, providing on-demand network construction advantages based on specific network requirements, helping customers reduce network construction and maintenance costs, and building green networks that are energy-efficient and reduce emissions. The following diagram can give you a quick understanding of the application of ATOP’s PON modules in broadband access network architecture.

Product Features:

●OSFP and QSFP-DD packaging optional

●Options for MPO16/APC and Dual MPO12/APC connectors, accommodating a wider range of cables

●Maximum power consumption less than 13W

800G OSFP SR8 100m Transceiver | Atoptechnology

800G QSFP-DD SR8 100m Transceiver | Atoptechnology

800G OSFP 2*FR4

Product Features:

●OSFP and QSFP-DD packaging optional

●Maximum power consumption less than 16W

●Options for Dual Duplex LC and Dual CS interfaces, accommodating a wider range of cables

800G OSFP 2*FR4 2km Transceiver | Atoptechnology

800G OSFP LPO AOC
800G QSFP-DD AOC

Product Features:

●DSP and LPO solutions optional

●OSFP and QSFP-DD packaging optional

●Supports low-power scenarios, with single-end power consumption as low as 4W

●Low latency, achieving picosecond-level delay time, suitable for scenarios with high latency requirements

800G OSFP LPO AOC (Active Optical Cable) up to 50meters | Atoptechnology

800G QSFP-DD AOC (Active Optical Cable) up to 50meters | Atoptechnology

【Intelligent Manufacturing, Co-Creating the Future】

ATOP has established a 30,000-square-meter intelligent manufacturing base, which not only supports the manufacturing of 100G-800G optical transceivers but also provides a solid foundation for the design, development, and manufacturing of products such as 1.6T optical transceivers. The ATOP smart manufacturing base not only signifies a leap in production capacity and quality but also serves as a benchmark for the development of industrial intelligence. Through the smart manufacturing platform, we have achieved an agile chain from demand to delivery, offering services like “one-click ordering” and rapid customization, assisting you in achieving goals like cost reduction, power consumption reduction, and technological upgrades.

We welcome OEM/ODM/JDM collaboration in fields like high-speed optical transceivers, optical devices, and PON. Through co-creation and innovation, we aim to bring more possibilities to the industry. You are warmly invited to visit ATOP’s booth 106 at ECOC 2023. Esteemed senior members of ATOP’s team will also be present at the event. They are eager to engage with you in discussions on how the advancements in 800G technology are contributing to unleashing unparalleled computational power in the era of AI.

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CIOE 2023 Invitation | Embrace the Era of AI, ATOP Launches 800G Series Optical Transceivers

CIOE 2023 Invitation | Embrace the Era of AI, ATOP Launches 800G Series Optical Transceivers

ATOP cordially invites you to join us at Booth 11D26 during the 24th China International Optoelectronic Expo (CIOE 2023) Information and Communication Exhibition, taking place from September 6th to September 8th, 2023. This event provides an exceptional opportunity to delve into the developmental trends and opportunities within the AI era.

【Grand New Products Launch】

We are introducing a range of new products, including the 800G SR8, 800G 2*FR4, 800G AOC, and multi-platform solutions for 400G products. Additionally, our achievements in data center solutions will be on display. These innovations are designed for Ethernet, data center switches, and data center interconnects, aiming to meet the ever-growing demand for computational infrastructure. They provide robust support for capacity expansion and architectural evolution within data centers.

800G OSFP SR8
800G QSFP-DD SR8 

There are over 1.3 billion fixed broadband users worldwide, with over 50% of users already using FTTH. PON is an important system for providing high-speed internet, and its technology greatly reduces the cost of network construction and maintenance compared to traditional networks, with its usage continuing to rise. At this year’s FTTH exhibition, ATOP also showcased PON series products, including GPON OLT, XGS PON OLT, XG COMBO PON OLT, XGS COMBO PON OLT, GPON ONU, and XGS PON ONU etc. As an important component of broadband access network architecture, they play a crucial role in providing users with high-speed data and video services, providing on-demand network construction advantages based on specific network requirements, helping customers reduce network construction and maintenance costs, and building green networks that are energy-efficient and reduce emissions. The following diagram can give you a quick understanding of the application of ATOP’s PON modules in broadband access network architecture.

Product Features:

●OSFP and QSFP-DD packaging optional

●Options for MPO16/APC and Dual MPO12/APC connectors, accommodating a wider range of cables

●Maximum power consumption less than 13W

800G OSFP SR8 100m Transceiver | Atoptechnology

800G QSFP-DD SR8 100m Transceiver | Atoptechnology

800G OSFP 2*FR4

Product Features:

●OSFP and QSFP-DD packaging optional

●Maximum power consumption less than 16W

●Options for Dual Duplex LC and Dual CS interfaces, accommodating a wider range of cables

800G OSFP 2*FR4 2km Transceiver | Atoptechnology

800G OSFP LPO AOC
800G QSFP-DD AOC

Product Features:

●DSP and LPO solutions optional

●OSFP and QSFP-DD packaging optional

●Supports low-power scenarios, with single-end power consumption as low as 4W

●Low latency, achieving picosecond-level delay time, suitable for scenarios with high latency requirements

800G OSFP LPO AOC (Active Optical Cable) up to 50meters | Atoptechnology

800G QSFP-DD AOC (Active Optical Cable) up to 50meters | Atoptechnology

【Cutting-edge AIGC Technology Discussion and Live Demo】

Beyond the display of our innovative products, visitors can engage in real-time demonstrations of the 400G QSFP-DD SR8 multi-platform solution, partake in technical exchange sessions, and experience a fully immersive interactive environment. Esteemed senior members of ATOP’s research and development team will also be present at the event. They are eager to engage with you in discussions on how the advancements in 800G technology are contributing to unleashing unparalleled computational power in the AIGC.

【Intelligent Manufacturing, Co-Creating the Future】

ATOP has established a 30,000-square-meter intelligent manufacturing base, which not only supports the manufacturing of 100G-800G optical transceivers but also provides a solid foundation for the design, development, and manufacturing of products such as 1.6T optical transceivers. The ATOP smart manufacturing base not only signifies a leap in production capacity and quality but also serves as a benchmark for the development of industrial intelligence. Through the smart manufacturing platform, we have achieved an agile chain from demand to delivery, offering services like “one-click ordering” and rapid customization, assisting you in achieving goals like cost reduction, power consumption reduction, and technological upgrades.

We welcome OEM/ODM/JDM collaboration in fields like high-speed optical transceivers, optical devices, and PON. Through co-creation and innovation, we aim to bring more possibilities to the industry. You are warmly invited to visit ATOP’s booth 11D26 at CIOE 2023, where together, we can explore the development trends and opportunities in the era of AI and jointly create a bright future for the field of optical communication!

 

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ATOP Intelligent Factory—the Epitome of Technological Excellence and Manufacturing Perfection

ATOP Intelligent Factory—the Epitome of Technological Excellence and Manufacturing Perfection

Welcome to the ATOP Intelligent Factory, where cutting-edge technology meets precision manufacturing. At ATOP Corporation, we are revolutionizing the optical communication industry with our state-of-the-art production facility, equipped with the latest advancements in automation and digital integration.

Established in 2010, ATOP Corporation has emerged as a global leader in optical transceivers and devices. Our comprehensive range of optical module solutions, ranging from 10G up to 800G, caters to a wide array of applications, including wireless, broadband access, transmission, and data center networks.

Our intelligent factory, spanning an impressive 30,000 square meters, serves as the epicenter of innovation and excellence. With meticulous attention to detail, we produce high-quality optical modules on a massive scale, capable of manufacturing millions of pieces. Moreover, our facility offers OEM/ODM services for optical devices, PON, high-speed optical modules, LIDAR, and other cutting-edge products.

What sets ATOP’s intelligent factory apart? Let’s dive into its key advantages.

Firstly, we have adopted highly automated production equipment for the tuning and assembly of our modules. This ensures unparalleled precision and consistency in every product we manufacture.

Secondly, our factory boasts a fully integrated suite of enterprise systems, including ERP, MES, WMS, OA, and PLM. These interconnected systems provide real-time tracking, enabling end-to-end product traceability. This means our clients can accurately predict delivery timelines and benefit from refined cost accounting.

Thirdly, we have automated planning and production scheduling processes, streamlining our operations for optimal efficiency. With automatic production execution and logistics tracking, we ensure seamless coordination throughout the manufacturing journey.

At ATOP, we harness the power of big data and machine learning to optimize our production processes. By analyzing vast amounts of data, we continuously fine-tune our operations, delivering efficient production without compromising on quality.

The ATOP Intelligent Factory takes the concept of manufacturing to new heights. By embracing the Industrial Internet of Things (IoT), we have created a digital ecosystem that gathers operational data from our equipment in real-time. This allows for proactive monitoring and ensures peak performance of each device.

Moreover, we have achieved a seamless integration of cloud technology within the optical communication manufacturing industry. This successful practice of digital-real integration has revolutionized the way we operate and sets new standards for the manufacturing domain.

Join us on a journey of innovation and witness the future of intelligent manufacturing. Subscribe to our YouTube channel to explore the cutting-edge technology, precision processes, and seamless digital integration that make ATOP Intelligent Factory an unrivaled leader in the industry.

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ATOP Singapore Unveils the Grand Opening Ceremony

ATOP Singapore Unveils the Grand Opening Ceremony

Singapore, June 9, 2023 – ATOP Singapore is thrilled to announce the success of the highly anticipated Opening Ceremony on June 9, 2023. ATOP Brand Licensing, after successfully establishing a joint venture with Tidselbak Family Fund in Europe, continues its collaboration in Singapore. In addition to partnering with the Tidselbak Family Fund, ATOP Singapore will open up to attract regional funds and involve investment banks in the development process. Our aim is to serve customers in the Asia-Pacific region and meet the growing demand for optical transmission products and comprehensive solutions in the thriving data center industry. 

Jack Fan, CEO of ATOP Corporation Unveiling the Grand Opening of Singapore Office

Furthermore, we will also engage in collaborative research and development of silicon photonics chips in Singapore, focusing on the development of cutting-edge technologies such as CPO (Co-Packaged Optics) with speeds exceeding 800G. Core members of ATOPu2019s R&D team gathered in Singapore, demonstrating ATOP’s commitment to pushing the boundaries of innovation.

Ribbon Cutting by Jack Fan, CEO of ATOP Corporation, Carsten Tidselbak, CEO of ATOP Europe, and Jonas Zhang, CEO of ATOP Singapore

With over 14 years of experience, ATOP has evolved into a leading manufacturer of optical transceivers and high-speed cabling solutions. With existing global sites in China, Europe, and the North America, ATOP is now expanding its reach by launching its new office in Singapore. This grand event not only marks the official launch of ATOP’s operations in Singapore but also signifies its strategic focus and commitment on serving its APAC customers with utmost dedication, bringing them the best products and services tailored to their specific needs.

Speech by Jonas Zhang, CEO of ATOP Singapore

ATOP Singapore’s commitment to excellence and customer-centric solutions is exemplified throughout the Opening Ceremony, offering a glimpse into the company’s future endeavors. Esteemed guests, including industry leaders, government officials, partners, and clients, witnessed the unveiling of ATOP Singapore’s dedication to providing the best-in-class products and services.

ATOP Data Center Solution

Esteemed Guests Attending the Opening Ceremony

Interaction and Exchange

Group Photo of the Grand Opening Ceremony

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Join Us At #ATxSG! Explore Cutting-Edge Data Center Solutions And Discover Future-Ready Optical Transceivers!

Join Us At #ATxSG! Explore Cutting-Edge Data Center Solutions And Discover Future-Ready Optical Transceivers!

Join us at #ATxSG Exhibition, June 7-9, Singapore Expo, Booth 4H1-07! Explore cutting-edge data center solutions, engage with our experts, and discover future-ready optical transceivers. Don’t miss the chance to revolutionize your data center!

We’re thrilled to announce what we’ll be exhibiting at the ATxSG Exhibition this year and get ready to witness the future of high-speed connectivity:

🔥 Highlight 1: One-Stop Optical Transceiver Solution from 10G to 400G

Prepare to be blown away by our extensive range of optical transceivers that will cater to all your bandwidth needs. Whether you’re looking for super power-saving 10G connections or pushing the boundaries with mind-boggling 400G speeds, we’ve got you covered! Our transceivers are engineered with the latest technology to deliver exceptional performance, reliability, and efficiency, ensuring seamless data transmission for your network infrastructure.

🔥 Highlight 2: Integrated Data Center Solution

We’re proud to present our comprehensive integrated data center solution, designed to elevate your network capabilities. Our offerings include data center high-bandwidth interconnection equipment, smart NICs, and virtual acceleration cards, enabling you to maximize your data transfer capacity within your data center environment. Say goodbye to bottlenecks and hello to smooth, high-speed operations!

 

🔌 Highlight 3: Top-Notch Cables and Passive Components

A seamless data center solution wouldn’t be complete without top-notch cables and passive components. Experience the difference with our premium-grade fiber optic cables, built to transmit data at lightning-fast speeds while maintaining maximum signal integrity. Our passive components will optimize your network performance, ensuring minimal signal loss and a robust infrastructure that’s ready to handle your demanding workloads.

Join us at the ATxSG Exhibition to explore these incredible products firsthand! Our experts will be available to answer all your questions and guide you through our innovative solutions. Don’t miss out on this opportunity to witness the future of data center connectivity!

Last but not least, we have prepared lucky draws and special giveaways for guests who visit our booth. Come to our stand to find out how to participate and win prizes.

#ATxSG

#DataCenterSolutions

#HighSpeedConnectivity

#LetsMakeItPersonal

#OpticalTransceivers

#DCI

#Cables

#PassiveComponents

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