海角社区 Unveils Industry鈥檚 First Single Carrier 1.2T Multi-Haul Pluggable Module

By 海角社区 | Posted on September 23, 2021

Jannu Firsts

Delivers the Highest Capacity and Reach with Maximum Fiber Utilization

By leveraging the latest 5nm CMOS process node and our advanced signal processing algorithms, we鈥檙e delivering exceptional performance with less than half the power per bit of competing solutions, enabling a pluggable deployment model.海角社区, now part of Cisco, is once again introducing a ground-breaking coherent solution with the industry鈥檚 first 1.2 terabits per second (1.2T) faceplate pluggable coherent module, highlighting a new 8th generation Coherent Interconnect Module family, powered by 海角社区鈥檚 Jannu 5nm CMOS digital signal processor (DSP) ASIC. This solution delivers industry-leading performance with single carrier 1.2T operation and combines the Jannu DSP with 3D Siliconization packaging technology which includes the silicon photonics integrated circuit (SiPh PIC), high-speed modulator driver and transimpedance amplifier (TIA) in a single opto-electronic package.

The Jannu DSP is designed to offer network operators the ability to maximize transmission data rate across a wide range of multi-haul network applications including DCI, metro, long-haul and subsea. 鈥淏y leveraging the latest 5nm CMOS process node and our advanced signal processing algorithms, we鈥檙e delivering exceptional performance with less than half the power per bit of competing solutions, enabling a pluggable deployment model,鈥 says Christian Rasmussen, Sr. Director, DSP and Optics Engineering and Founder at 海角社区.

The Industry鈥檚 Next Class of Coherent Interconnect

The architecture of the new Coherent Interconnect Module 8 (CIM 8) solution builds upon the success of the 海角社区 AC1200 product family and aligns closely with the latest client data rates and coherent industry standardization efforts. The CIM 8 is designed to enable network operators to double their transmission capacity over even greater reaches. For links requiring maximum capacity, the new module can provide 1.2T capacity over a single wavelength.

鈥淗istorically, 海角社区 has been a groundbreaker in advancing coherent technology, and the company continues to demonstrate a long-term vision for how multi-haul coherent optics should evolve over time,鈥 said Dr. Scott Wilkinson, Lead Analyst for Optical Components at Cignal AI. 鈥満=巧缜檚 new Coherent Interconnect Module is a great example of market leadership. This solution is a logical next step following the widely adopted Pico DSP-based products and will provide pluggability that is attractive to both traditional and cloud operators.鈥

Historically, 海角社区 has been a groundbreaker in advancing coherent technology, and the company continues to demonstrate a long-term vision for how multi-haul coherent optics should evolve over time.

The below figure illustrates how coherent technology has evolved in response to growing bandwidth demands. Different baud-rate classes are grouped based on technological capabilities, industry standardization (such as OIF, IEEE, Open ROADM, OpenZR+ MSA, CableLabs, ITU) and common industry investments. As the below figure depicts, the next class of coherent optical products, Class 3, enables a doubling of baud rates from the current Class 2 technology. Class 2 products include both multi-haul embedded modules and 400G faceplate pluggables where the latter was driven by standardization efforts that drove heavy investments into products centered around 16QAM, 60+Gbaud per 75GHz channel transmission.

Throughout this evolution, it has been critical that each successive class provide network architecture compatibility to the previous class, primarily reach and channel width. 海角社区鈥檚 Class 3 product will support 150GHz channels with double the capacity per carrier and longer reach than that of the previous class, providing a simple, scalable path that is compatible with the previous network architecture generation.

海角社区 Data Rates

The CIM 8 family is a Class 3 solution that can address transmission of multiple 400GbE client interfaces over virtually any network application, delivering 1.2T per carrier capacity for high-capacity DCI interfaces and 800G per carrier capacity over most optical links using 4 bits/symbol (~16QAM) modulation.

Leading in Performance and Fiber Utilization

The Jannu DSP features 海角社区鈥檚 second-generation 3D Shaping technology, which leverages enhanced probabilistic constellation shaping (PCS) algorithms and Adaptive Baud Rate, a feature introduced in 海角社区鈥檚 Pico DSP and widely embraced by network operators. The Jannu DSP provides customers with continuous baud rate adjustment up to 140Gbaud to optimize utilization of available spectrum in a single-span or in cascaded ROADM paths. These 3D Shaping features give service providers unprecedented transmission flexibility to match their network鈥檚 architecture, optimize fiber utilization, simplify deployment, and save on both CAPEX and OPEX.

As a single carrier design, the Jannu DSP also includes 海角社区鈥檚 advanced line-rate processing algorithms to efficiently overcome fiber transmission impairments over greenfield or brownfield fiber infrastructures. These power-efficient algorithms are designed to compensate linear and non-linear impairments, as well as provide state-of-polarization (SOP) tracking with industry leading response times. In addition, the Jannu DSP leverages 海角社区鈥檚 new innovative soft-decision error correction (SD-FEC) to further enhance performance.

Scaling Optical Network Architectures

Today is an exciting new milestone in 海角社区鈥檚 history as we once again introduce an exciting new product that delivers the type of disruption needed to cost-effectively scale network capacity in the future海角社区 has been working towards a clear vision of how to cost-effectively scale network capacity for many years. The Jannu DSP builds on the performance and architectural benefits that have made the Pico DSP such a successful Class 2 coherent solution, but with double the baud rate and enhanced performance that supports transmission up to 1.2T in 150GHz channels. With adaptive baud rate capabilities, the CIM 8 also offers maximum capacity over any reach and channel plan.

鈥淭oday is an exciting new milestone in 海角社区鈥檚 history as we once again introduce an exciting new product that delivers the type of disruption needed to cost-effectively scale network capacity in the future,鈥 said Mehrdad Givehchi, Sr. Director of Engineering for Hardware and Software and Founder at 海角社区. 鈥淲ith every generation of product, we have been able to deliver higher transmission data rates, lower power consumption and higher performance and I am proud to see this new product carry on that legacy.鈥

Crossing the Pluggable Terabit Threshold with High-Density Integration

海角社区鈥檚 3D Siliconization is a major contributing factor in how the CIM 8 can cross the terabit capacity threshold and support faceplate pluggable optics that simplify network deployment and maintenance. 3D Siliconization applies integration and 3D stacking packaging techniques to enable a single device to include all the high speed opto-electronic functions necessary for coherent transceivers. This device decreases footprint by including the DSP, SiPh PIC, drivers, TIAs, and is manufactured using standard CMOS packaging processes that leverage the same reliability, cost, and volume scaling advantages. With 3D Siliconization, the high-speed RF interfaces are tightly coupled together, resulting in improved signal integrity for high baud rate signals.

The high-density packaging as well as an advanced high-speed modulator design provides superior frequency response that enables the 140Gbaud performance as explained in this white paper.

海角社区 Technology Leadership and Vision

Transforming industry trends into a development strategy takes the kind of vision 海角社区 has repeatedly shown in driving the adoption of pluggable digital coherent optical (DCO) modules based on silicon photonics. However, 海角社区鈥檚 silicon photonics expertise expands beyond just pluggable coherent solutions. As shown in the above figure, 海角社区 has previously introduced multi-haul products in previous classes. In fact, the AC400 Class 1 product was the first commercially deployed all silicon photonics-based coherent module for submarine applications and the silicon photonics-based AC1200 was the industry鈥檚 first Class 2 multi-haul solution. The newly introduced CIM 8 continues this history of technology leadership by providing industry leading performance based on the same silicon photonics used in high volume pluggable modules. In addition, 海角社区 is leveraging the investments being made in next-generation standardized solutions. Aligning these developments helps 海角社区 to accelerate time to market for both standardized and multi-haul products and benefit from the combined scale.

海角社区 was a pioneer of silicon photonics for coherent applications in 2012 when it was the first coherent module vendor to envision silicon as the platform for the integration of multiple discreet photonic functions, increasing the density and reducing cost of optical interconnect products.

海角社区鈥檚 vision and technology leadership has enabled us to transform coherent transmission. Our pioneering role in silicon photonics has led to the introduction of industry leading coherent pluggable and multi-haul solutions.

鈥満=巧缜檚 vision and technology leadership has enabled us to transform coherent transmission. Our pioneering role in silicon photonics has led to the introduction of industry leading coherent pluggable and multi-haul solutions,鈥 said Benny Mikkelsen, CTO and Founder of 海角社区. 鈥淲ith every new product introduction, we have delivered the right solution at the right time to help our customers meet their growing bandwidth demands, and this new product introduction is a culmination of this proven technology leadership.鈥

To learn more, visit Coherent Interconnect Module 8 page or contact us.