FIBERSTAMP

17/09/2026

FIBERSTAMP launches the HYBRID 1.6T OSFP224-HRO 2×DR4 Transceiver, powered by our proprietary HYBRID half-DSP architecture.

18W maximum power
Up to 500m over SMF
Cross-channel signal enhancement, clock calibration & phase synchronization
Open DSP tuning for signal equalization, optical power & gain strategies

❄️ Designed with greater thermal headroom for air-cooled data center deployment

Learn more about the four key advantages:

🔗 https://www.fiberstamp.com/product-news-15467.html

16/09/2026

Which 400G architecture fits your network?

Different data center platforms can have different electrical interface requirements. FIBERSTAMP provides two Silicon Photonics-based 400G DR4 architecture options to support different network designs.

400G QSFP-DD DR4 Series
8×50G PAM4 Electrical → 4×100G PAM4 Optical

400G QSFP112 DR4 Series
4×100G PAM4 Electrical → 4×100G PAM4 Optical

Both platforms offer:

• DR4 — 500m
• DR4+ — 2km
• DR4++ — 10km

Two form factors. Multiple reach options. One flexible 400G portfolio for data center connectivity.

Choose the architecture that fits your network.

Explore FIBERSTAMP’s 400G DR4 solutions.

04/09/2026

Ready for 1.6T?

AI workloads are driving data center bandwidth to the next level — and high-speed interconnects need to keep pace.

FIBERSTAMP’s 1.6T Active Copper Cable Solutions deliver 1600Gb/s connectivity with 8×200G PAM4, up to 2m reach, and 2.5W typical power consumption.

Choose the form factor that fits your architecture:

🔹 1.6T OSFP to OSFP Active Copper Cable
🔹 1.6T OSFP-RHS to OSFP-RHS Active Copper Cable

Built for high-speed data center networks, HPC, and InfiniBand XDR applications.

Discover FIBERSTAMP’s 1.6T ACC solutions:
https://www.fiberstamp.com/1.6t-osfp-rhs-to-1.6t-osfp-rhs-acc.html

28/08/2026

AOC vs. ACC: Which one is right for your AI network?

AI infrastructure is demanding higher bandwidth, greater flexibility, and smarter connectivity choices.

ACC — Cost-effective copper connectivity for short-reach applications.
AOC — Fiber-based connectivity for longer reach and greater deployment flexibility.

From 800G AI connectivity to high-density data center deployments, FIBERSTAMP provides both copper and optical interconnect solutions for next-generation AI networks.

Know the difference. Choose the right connection.

AOC or ACC—which one would you choose?

https://www.fiberstamp.com/ai-dc-interconnect.html

21/08/2026

Building or upgrading a high-speed data center network? FIBERSTAMP makes it easier to match your 400G optical connectivity to the distance you need.

SR4 — 100m
FR4 — 2km
LR4 — 10km

All in the OSFP-RHS form factor, with solutions in stock and ready to ship.

From short-reach data center links to longer-distance connectivity, FIBERSTAMP delivers the optical solutions you need to keep your network moving.

Ready to deploy 400G?

Explore the FIBERSTAMP 400G OSFP-RHS portfolio.
https://www.fiberstamp.com/400g-osfp-rhs-fr4.html

06/08/2026

Introducing FIBERSTAMP Immersion Liquid Cooling Optical Solutions

AI infrastructure is evolving—and so are the demands for high-performance optical connectivity.

FIBERSTAMP's new Immersion Liquid Cooling Optical Solutions are engineered to support the next generation of AI, HPC, and hyperscale data centers with reliable, high-speed optical interconnects designed specifically for immersion-cooled environments.

Featured Products

400G QSFP-DD SR8
800G QSFP-DD SR8
800G OSFP SR8

Why Choose FIBERSTAMP?

✅ Immersion-ready design
✅ High-speed 400G & 800G connectivity
✅ Reliable optical performance
✅ Optimized for AI and cloud infrastructure

Whether you're scaling AI clusters or deploying next-generation immersion-cooled data centers, FIBERSTAMP delivers optical networking solutions built for performance and reliability.

Learn more:
https://www.fiberstamp.com/aidc-immersible-liquid-cooling.html

24/07/2026

Inside the Optics: Understanding Z-Block and TFF Prism Technologies in WDM Systems

How are multiple wavelengths combined and separated within a WDM system?

Our latest Industry Insight takes a closer look at two core optical filtering technologies—Z-Block and Thin-Film Filter (TFF) Prism.

Learn how they work, compare their strengths and limitations, and discover the key differences that influence optical subsystem design.

📖 Read the full article:
https://www.fiberstamp.com/understanding-z-block-and-tff-prism-technologies-in-wdm-systems.html

21/07/2026

400G OSFP-RHS Silicon Photonics Solutions

Today's AI and cloud infrastructures demand optical connectivity that is fast, efficient, and scalable.

The FIBERSTAMP 400G OSFP-RHS Silicon Photonics Series offers a complete portfolio with three transmission distances to support a variety of deployment scenarios:

• DR4 – 500m
• DR4+ – 2km
• DR4++ – 10km

Powered by Silicon Photonics technology, the series delivers high-density 400G performance, low power consumption, and reliable connectivity for AI clusters, cloud data centers, HPC environments, and data center interconnect applications.

Explore the complete solution:
https://www.fiberstamp.com/400g-osfp-dr4-siph.html

15/07/2026

Learn About Optical Modules – Episode 04

What makes Active Optical Cables (AOCs) ideal for AI and data center networks?

Watch this 60-second overview to learn the basics.

https://www.youtube.com/shorts/8TzGYJmklzs

What is an Active Optical Cable (AOC), and why is it widely used in...

10/07/2026

Looking for a more cost-effective approach to 100G Data Center Interconnect (DCI)?

Discover how FIBERSTAMP's 100G QSFP28 DWDM4 and Non-Coherent DWDM Solutions deliver up to 80km transmission with lower power consumption, reduced latency, and simplified network deployment—without the complexity of traditional coherent optics.

Whether you're building metro networks, expanding DCI infrastructure, or optimizing cloud connectivity, our solution overview highlights the benefits and deployment options.

📩 Read the full solution brief here:

https://mailchi.mp/fafa4c4e03aa/rethink-100g-dci-with-cost-optimized-non-coherent-dwdm-solutions

Traditional coherent transmission isn't always the most economical choice for 100G Data Center Interconnect (DCI) and metro applications.