The demand for bandwidth and data transmission rates is increasing, especially from performance-driven financial, healthcare, and technology companies that are aggressively upgrading their network systems to keep expanding their business reach. For the scale-up from the 10G data center network to 100G, FIBERSTAMP specially introduces a smooth upgrade solution for data center network cabling, which can perfectly utilize part of the existing data center infrastructure while upgrading the network with our featured products 100G QSFP28 SR BiDi & SWDM4.

The 100G QSFP28 SR BiDi adopts 850nm/900nm WDM technlogy and 100G QSFP28 SWDM4 adopts 850nm/880nm/910nm/940nm WDM technology to save fiber resources, compared with the traditional 100GBASE-SR4 both uses six fewer fiber resources, and both use duplex LC connectors and reach the transmission distance of 100 meters of OM4. Furthermore, 100G QSFP28 SR BiDi adopts 2x50G PAM4 advanced modulation technology and DSP technology, and SWDM4 adopts 4x25G NRZ modulation technology.

In today’s tight budget and old multi-mode cabling systems, 100G QSFP28 SR BiDi & SWDM4 can be directly replaced without adding additional multi-mode fibers or modifying fiber optic connectors. LC connectors can be used directly, and the reuse of the existing 10G/ 40G cabling system can realize a smooth upgrade to the 100G data center.

As an open optical mail operator, FIBERSTAMP aims to provide one-stop optical network solutions. We have studied cabling systems and interconnect solutions for data centers for decades, and have won many overseas customers. At the same time, we will continue to move forward and provide the latest solutions in the next journey.

The post FIBERSTAMP’s 100G QSFP28 SR BiDi & SWDM4 Optical Modules for Smooth Upgrade Data Center Fiber Infrastructure first appeared on FIBERSTAMP.

Nowadays, when high-speed optical communication is prevalent, in order to provide more options for the high bandwidth and cost-efficiency coherent DWDM market, FIBERSTAMP has continuously studied coherent technology and launched 400G QSFP-DD ZR DCO coherent optical module to meet the needs of DCI and IP over DWDM requirements.

Product highlights

• Compliant with OIF-400GZR-01.0
• QSFP-DD MSA compliant
• Pioneer 7nm DSP Chip
• Transmission distance 80~120km (with optical amplifier scenarios)
• 400G 16QAM modulation
• 75GHz/100GHz DWDM adjustable
• Dispersion tolerance meets 2400 ps/nm
• RX OSNR tolerance meets 26dB/0.1nm
• Maximum power consumption 16.5W

More Parameter

Applications

• 400G QSFP-DD ZR DCO coherent optical module can be deployed in data center interconnection, supports end-to-end 80km~120km transmission scenario with DWDM amplifier and end-to-end 40km transmission without the amplifier.
• In DCI and IP over DWDM applications, 400G QSFP-DD ZR DCO can be plugged directly into the 400GE switchers or routers.

Scene Diagram

Currently, FIBERSTAMP has already delivered a batch of 400G QSFP-DD ZR DCO coherent modules, and will rapidly increase the production capacity of 400G series coherent modules to cope with the growing demand of the 400G ZR market. FIBERSTAMP has been dedicated to the field of coherent technology for many years and has a mature and complete series of coherent products and solutions. Meanwhile, we will continue to efficiently launch the new generation of coherent optical modules that meet the higher needs of users and expand business for them.

The post FIBERSTAMP Launches 400G QSFP-DD ZR DCO For DCI and IP over DWDM first appeared on FIBERSTAMP.

FIBERSTAMP is a developer and product supplier of a wide range of optical interconnect technologies. As an outstander in immersion cooling technology, FIBERSTAMP is driving the widespread application of liquid cooling technology in areas such as data centers, servers and 5G networks. Our immersible optical modules support direct submersion liquid cooling through the key product process, superior sealing technology, and function properly while submersed with more than 1m of liquid depth. This technology can solve the extremely high power and energy consumption problems caused by high performance for manufacturers of servers and artificial intelligence.

FIBERSTAMP will mainly exhibit the following products:

Immersible Optical Series

Immersible Optical Module

• 25G SFP28 SR
• 25G SFP28 LR
• 100G QSFP28 PSM4
• 100G QSFP28 SR4
• 200G QSFP56 SR4

Immersible AOC

• 25G SFP28 SR AOC
• 100G QSFP28 AOC

Data center cables DAC

• 800G QSFP112 DD PCC
• 400G QSFP112 PCC

data center cables AOC

• 400G QSFP DD AOC
• 200G QSFP56 AOC
• 120G CXP AOC

SIPH Optical transceivers

• 400G QSFP DD DR4
• 400G QSFP DD DR4+

lookback module

• 100G QSFP28
• 200G QSFP56
• 400G QSFP DD

Our mail carrier is arriving at Super Computing 2022, and we are looking for a beautiful meeting with you at Booth 4340.

The post FIBERSTAMP Exhibits with immersible optics and server interconnect cables in SC22 first appeared on FIBERSTAMP.

There is no doubt that 400G optical modules have become the best choice in the Late-100G optical modules era, FIBERSTAMP releases these four new products change from the original 16nm DSP to the 7nm DSP, products feature high sensitivity and low power consumption and meet the different needs of new-generation data center interconnection services.

The new generation of 400G QSFP-DD SR8 adopts MPO16(APC) and its central wavelength of 850nm. The new 400G QSFP-DD SR8 adopts Broadcom’s 8X50G PAM4 7nm DSP. The maximum power dissipation at three temperatures is 8.5w and the tested eye diagram TDECQ<2.0db at room-temp and high-temp, the OMA sensitivity is around -8dbm.

FIBERSTAMP also brings new 400G QSFP-DD family members this term, XDR4 & PLR4, and FR4 optical transceivers, all based on the 4x100G PAM4 modulation technology to meet medium and long distance data transmission. XDR4 and FR4 support 2km of data transmission, and PLR4 support 10km. They are very suitable for LEAF-SPINE switches interconnection of 400G data centers.

Each has its own unique features.

Currently, the sample of new 400G QSFP-DD series has already been tested by customers in North American and Europe, and the sample performance of the products meets their expected requirements. FIBERSTAMP has already shipped 25G/40G/50G/100G/200G/400G series of high-speed products, providing customers with a complete optical module product line to support 400G data center solutions. In the future, we will continue to provide customers with quality products and services, while contributing to the development of next-generation data centers.

The post Launches Several 400G QSFP-DD Products With 7nm DSP first appeared on FIBERSTAMP.

FIBERSTAMP is an innovative global company engaged in the manufacture of optical network middleware products and integrated marketing solutions for optical networking. The company operating principle is to offer the best economical and trustworthy products and services for global open optical network users. By setting up a headquarters and Southeast Asia factory in Singapore, and take leveraging Singapore’s superior geographic environment to coordinate global business, differentiated innovative technology development, and high quality and high standard production, and the company will gradually improve its global industrial chain and become a service manufacturing company in compliance with global trade rules

The management team of FIBERSTAMP Singapore comes from the global leading optical devices and modules companies, such as Huawei and Cinea, all of whom have been in the optical network industry spanning more than a decade and consistently delivering cost-effective solutions and loyal services to users.

“Think in the peak, then be the peak!” FIBESTAMP is positioned to develop and produce the best products for customers to meet the needs of use-case scenarios by utilizing the most cutting-edge technology, unique mind, and rich cloud-based optical network experience. These compatible and unique products allow customers to buy with confidence and conform to the principle of cost-effectiveness.

Mail the future – The continuation of the future is now. The vision of FIBERSTAMP is to become a worldwide bridge and carrier connecting information and needs. The choice and trust from customers is the way to reach the peak of success in business for FIBERSTAMP. We sincerely welcome friends from all over the world to visit us.

Address: 51 Changi Business Park Central 2, #04-05 The Signature, Singapore, Singapore, 486066
Tel: +65 6701 8530

The post FIBERSTAMP Headquarter Relocated to Singapore with Southeast Asia Manufactory Establishment first appeared on FIBERSTAMP.

8K is by far the closest UHD video technology to the real vision of the human eye. Not only by the resolution of 4320×7680, but with a wide color gamut, high color depth, and high dynamic range making a more vivid and realistic color, and more lively motion pictures. It is the top specification in the current UHD TV standard and will be the inevitable trend of future TV development.

FIBERSTAMP always thinks for users and creates for them. To meet the demand for 8K uncompressed SDI baseband video remote transmission, FIBERSTAMP has launched the 48G-SDI (4x12G) broadcast-grade video optical extender kit solution, which is designed to fulfill 20km single-mode fiber transmission of four uncompressed 12G-SDI signals. Each 12G-SDI channel is independent, rate-backward compatible, and supports any SDI operating rate from 270Mbit/s to 12Gbit/s. In addition, the device has built-in the SDI signal equalizer, decoder, clock data recovery circuit, and route driver, which can realize a 4-link 12G-SDI signal input and distribute three 4-link 12G-SDI signals output and backward-compatible resolution. Moreover, it can be applied to professional SDI video signals such as UHDTV/FHDTV/HDTV/SDTV, especially suitable for the transmission of broadcast-grade UHD digital signals.

Each port supports the following rates：

• SD,HD,3G,6G,12G auto data rate detection
• SMPTE ST 2082-1 (11.88Gbps/s)
• SMPTE ST 2081-1 (5.94Gbps/s)
• SMPTE ST 424 (2.97Gbps/s)
• SMPTE ST 292 (1.485Gbps/s)
• SMPTE ST259(360Mb/s),DVB-ASI(270Mb/s),MADI (125Mb/s)

With the deployment of the 5G network gradually improved, the integration of high-speed rate and high bandwidth capability with UHD video will fuel the application and development of the UHD video industry. FIBERSTAMP will continue to provide more economical and applicable UHD ultra-long distance optical fiber remote solutions.

The post 48G-SDI Video Optical Extender Augments 8K Visual Experience Delivery first appeared on FIBERSTAMP.

The deployment of 400G QSFP-DD silicon photonics optical transceivers in hyperscale data centers has yielded some practical benefits. Silicon Photonics modules generate signals with less dispersion, less inter-symbol interference (ISI), optimal link signal-to-noise ratio (SNR), and so on, which ensure high quality for 100G PAM4 transmission over fiber. For massive demand scenarios, Silicon Photonics can significantly reduce the cost per bit/sec. Furthermore, the latency and power consumption caused by DSP can also be well reduced with silicon photonics technology.

The launch of 400G silicon photonics optical transceivers has smoothed the path for high-rate 400G data centers, which aligns with FIBERSTAMP’s efforts to provide innovative, high-quality, high-reliability optical transceivers in a fast-growing global market.

The key features of FIBERSTAMP’s Silicon Photonics 400G QSFP-DD DR4/DR4+ optical transceivers are shown below.

• Industry-leading 7nm DSP chip
• The Silicon Photonics chip is integrated with MZM modulator, Silicon waveguide, detector, etc.
• 4-channel optical fiber array coupling components and ultra-low loss CW light source coupling technology
• The chip size is greatly reduced, and the design and manufacturing process are greatly simplified with mature COB package
• TDECQ ≤ 2.0dB, BER reaches 1E-11 without FEC
• Reach up to 500m or 2km and power consumption is lower than 9W

The 400G DR4/DR4+ modules can be used for the interconnection between TOR switches and Leaf switches, as a most reliable choice for data center architecture based on 112G PAM4 per channel. The following figure shows the low-cost architecture based on 4-channel optics, silicon photonics and 100G PAM4.

Thanks to the trust and recognition of customers, FIBERSTAMP’s Silicon Photonics products are successfully applied to clients all over the world and have been well appraised.

The post Silicon Photonics Light Up 400G Data Centers first appeared on FIBERSTAMP.

Features of DCI BOX Series

• Service boards, power supply and fan are in modular design and support hot swapping, which can be flexibly replaced and smoothly upgraded according to customer needs.
• Ultra-high-density design, supports up to 1.6Tbps/3.2Tbps line-side services access.
• Ultra-low power consumption with state-of-the-art single-carrier coherent DSP and photonic integration technology.
• Front-to-back air flow with reasonable body dimension, along with AC/DC power supply, it fulfills the server rack requirements of the data center room.
• Simple operation and maintenance, easy deployment. The system is based on the SDN design concept and provided with open API interface, allowing quickly automation and integration in any IT operating environment.
• Unified network management platform based on SNMP, supporting CLI(telnet and console), Web, and NetRiver (graphical interface) network management methods.

DCI Coherent Subsystem Architecture

1U/2U DCI BOX → Passive DWDM → Optical Layer Systems

FIBERSTAMP provides a platform-based system, which can be configured with different functional boards according to various needs to realize the individual needs of customers.

Here are the FIBERSTAMP Coherent Subsystem Series of Products

The flexibility of the coherent subsystem architecture is the fundamental basis for various scenarios of ultra-high speed and large capacity coherent transmission applications.

Application Highlights

Applications Architecture 1 – 100G single lambda side span of 200km, EDFA+ Raman double amplification

Features

• Coherent DSP signal processing technology, integrated dispersion compensation algorithm
• Based on 100G 50Ghz DP-QPSK coding
• Supports transmission over 2500KM with a maximum transmission bandwidth of 9.6T

Application Architecture 2 – 200G single lambda side span of 200km, EDFA+ Raman double amplification

Features

• A new generation of coherent DSP signal processing technology, integrated dispersion compensation algorithm.
• Integrated with three modulation modes of 200G 75Ghz DP-QPSK(ultra-long range), 200G 50Ghz PCS-16QAM (medium and long range) and 100G DP-QPSK(50Ghz), open and independent setting
• Supports non-electric trunk transmission of more than 1500KM without dispersion compensation, and supports transmission bandwidth of 19.2T

Application Architecture 3 – 400G single lambda side span of 200km, EDFA+ Raman double amplification

Features

• A new generation of coherent DSP signal processing technology, integrated dispersion compensation algorithm
• Integrated 400G 75Ghz 16QAM modulation; Three modulation modes: 200G 75Ghz DP-QPSK modulation (ultra-long distance), 200G 50Ghz PCS-16QAM modulation (medium long distance), and 100G DP-QPSK(50Ghz).
• Supports transmission over 1000KM without power relay, without dispersion compensation, and supports transmission bandwidth of 19.2T

Today, over 100G-rate optical transmission has become the focus of data center interconnections. DCI systems started with SDH to 10G DWDM, evolved to OTN networks, and are now back to DWDM due to the demand for low latency and easy control. Nevertheless, regardless of the evolving demand for DCI, FIBERSTAMP will continue to stand forward in delivering the most appropriate products and applications for our customers.

The post DCI BOX Series Implementing Coherent Technology Applications in Ultra-Long-Haul Scenarios first appeared on FIBERSTAMP.

The globalized consumer trend is becoming sophisticated and leading the expectations of diversification and real-time efficiency gradually increasing, and the usage of globalized data is critically challenging the network capability and storage of data center around the world. However, in developed economic regions where land resources are growing tight, it is extremely difficult for data centers to fulfill the network demands by simply expanding the server size. Therefore, high-density servers are urged to be deployed to enhance the data computing and storage capability of the data center, as well as boosting the efficiency of electricity and cooling systems to reduce the operation cost. Only then can data centers solve the essential problems.

With the benefits of superior reliability, ultra-low power consumption, and cost-effective, FIBERSTAMP’s 800G QSFP-DD PCC is an important cornerstone for constructing next generation of data center servers interconnection. First, 800G QSFP-DD PCC based on 8X100G PAM4 technology the data rate can reach up to 112Gbps per channel which can fulfill the computing and data storage needs of high-performance Big Data. Second, it supports a maximum transmission distance of 2 meters, and both ends of the hot-pluggable QSFP-DD form factor reach industry standards with significant signal integrity performance, boosting server density effectively and easy on-site maintenance and upgrades. Third, with nearly zero power consumption and no heat generated by passive cable, the product is compliant with IEEE P802.3ck D3.0 and QSFP-DD800 MSA HW Rev 6.01. and compatible with QSFP56 and QSFP112 ports, with an insertion loss of less than 19.75dB @26.56GHz. The Channel Operating Margin (COM) is surpassed 3dB under the condition of superimposing 8 near-end crosstalk and 7 far-end crosstalk, even in the test environment using a commercial error tester and MCB, Pre-FEC BER can still perform less than 1E-5 (Post-FEC BER less than 1E-15), which is an extremely portable product to upgrade network equipment for a high-performance data center.

The development of the global digital economy has driven the demand for high-bandwidth networks for different industrial applications such as infrastructure, AI and telecommuting. In this regard, FIBERSTAMP has always been a pioneer and has made great progress in the ecological chain of R&D and the manufacturing f high-speed and high-density DAC cable assemblies. We have declared numerous patents in hardware SI, structure, process and testing, as well as have invested heaovily in the manufacturing process and test automation to improve manufacturability, so as to create a full range of DAC product lines from 10G to 800G for our customers.

The post Power-up Data Center Server Interconnection with 800G QSFP-DD PCC first appeared on FIBERSTAMP.

Following the steps of 25G SFP28 DWDM transceivers, the 50G SFP56 DWDM transceivers, that based on 50G PAM4 have been launched by FIBERSTAMP, will be put into use in 5G fronthaul. Compared with 25G transceivers, 50% of ports can be saved and speed rate can be increased to 50Gb/s with the 50G transceivers, which is leading to an impressive improvement in the bandwidth of 5G fronthaul.

FIBERSTAMP’s 50G SFP56 DWDM transceivers (C-band fixed wavelengths with 50GHz spacing) adopt the form factor of SFP56 and come with the same size as SFP+, which can be directly upgraded to 50G without changing any deployment architecture. In addition, this module uses the 50G PAM4 rate for both sides of the optical port and electrical port. DWDM EML is used on the transmitter side, which can support a maximum distance of 6km for direct transmission, and at least 80km for transmission with the support of DCM and EDFA. The total bandwidth of a single fiber can reach up to 4.8Tb/s(96*50Gb/s), and its industrial-grade product temperature resistance can meet the needs of the 5G fronthaul system.

FIBERSTAMP supports the construction of global 5G Open RAN and is committed to the R&D and production of high-speed optical transceivers and passive WDMs for 5G fronthaul and backhaul. Currently, there has launched the following product series for open 5G bearer networks.

• 25G SFP28 LR, supports dual-fiber bidirectional transmission of 25GE/CPRI/eCPRI single-mode fiber links up to 10km/20km.
• 25G SFP28 ER, supports dual-fiber bidirectional transmission of 25GE/CPRI/eCPRI single-mode fiber links up to 40km.
• 25G SFP28 BiDi, supports single-fiber bidirectional transmission of 25GE/CPRI/eCPRI single-mode fiber links up to 10km/20km/40km.
• 25G SFP28 CWDM, supports dual-fiber bidirectional transmission of 25GE/CPRI/eCPRI single-mode fiber links up to 10km or 15km.
• 25G SFP28 LWDM, supports dual-fiber bidirectional transmission of 25GE/CPRI/eCPRI single-mode fiber links up to 12λ 10km/20km or 9λ 40km.
• 25G SFP28 DWDM, supports dual-fiber bidirectional transmission of 25GE/CPRI/eCPRI single-mode fiber links up to 10km.
• 50G SFP56 LR, supports dual-fiber bidirectional transmission of 50GE/eCPRI single-mode fiber links up to 10km.
• 50G SFP56 ER, supports dual-fiber bidirectional transmission of 50GE/eCPRI single-mode fiber links up to 40km.

The post The New Force of 5G Fronthaul – FIBERSTAMP’s 50G SFP56 DWDM Transceivers are coming first appeared on FIBERSTAMP.