K-micro announces availability of burst-mode CDR for XGPON1 OLT applications
CDR SerDes PHY for XGPON1 OLT available for ASIC integration and as a standalone chip
San Jose, Calif. – April 18, 2011 –K-micro (Kawasaki Microelectronics America, Inc.), a leader in advanced PON ASICs, announced a new burst-mode CDR SerDes PHY for XGPON1 OLT applications. Available now in 65nm and 40nm process technologies for ASIC integration, this chip can lock to upstream data burst at 2.488 Gb/s in less than 16 bits. The new SerDes is also available as a standalone chip for supporting reference designs. In addition, the CDR SerDes can be configured to improve burst-mode lock time in OLT solutions for GPON standards operating at 1.25 Gb/s.
“Having a multi-function high performance SerDes will enable our customers to provide a wide range of solutions with a single chip,” said Dr. Vijay Pathak, US CTO of K-micro. “With the availability of the new CDR SerDes for XGPON, K-Micro ASIC solutions can cover all the PON standards – BPON, EPON, GPON, 10G EPON, and XGPON1. The company leads PON PHY technology with its world-fastest lock time, 50ns, CDR for 10G EPON OLT, and provides highly integrated ASIC solutions for PON applications. In the future, K-micro will extend this capability to even higher data rates and provide OLT SerDes solutions for next-generation XGPON1 networks.”
The SerDes has total flexibility and can be tailored according to optical transceiver characteristics and other system characteristics and latencies. The CDR has a high-jitter tolerance of 0.6 UI in burst mode operation enabling it to be used with a large variety of optical transceivers. Outside the burst-mode operation, the CDR works in continuous mode where it can tolerate even higher jitter.
Other key features include:
- Smart BIST – Ability to test in production a variety of test patterns which emulate a real system environment
- High-Jitter tolerance
- Low-Jitter generation
- Easily configured for all ONU and OLT applications in 10G XGPON1, GPON and EPON
The evaluation chips are available now and are available to qualified ASIC customers at no charge.
About K-micro (Kawasaki Microelectronics)
K-micro’s innovative ASIC technologies and world-class design support are used in the consumer electronics, computer, office-automation, networking and storage markets. The company is an active participant in industry standards organizations, including InterNational Committee for Information Technology Standards (INCITS) Technical Committee T10 for SCSI Storage Interfaces, PCI Special Interest Group (PCI-SIG), USB Implementers Forum, Universal Plug and Play Forum (UPnP), the Digital Display Working Group (DDWG), Home Phoneline Networking Alliance (HomePNA), International Telecommunication Union (ITU) and OCP International Partnership (OCP-IP). K-micro has design centers in San Jose, Taipei, and Tokyo. For more information, contact the company at 408-570-0555, or visit http://www.k-micro.us
Related Semiconductor IP
- SerDes
- 100G PAM4 Serdes PHY - 14nm
- Multi-Rate Serdes IP Solution
- High-Speed LVDS (SERDES) Transceiver
- Combo SerDes
Related News
- MIPI Alliance and Automotive SerDes Alliance Enter Liaison Agreement to Enable Native MIPI CSI-2 Implementation with ASA-ML PHY
- Comcores and Extoll successfully completed the interoperability test of Comcores JESD204C IP core and Extoll SerDes PHY
- K-micro Introduces Second Generation Burst Mode CDR SerDes for GPON OLTs
- Cortina's New 15g CDR and Backplane PHY Leads Industry in Performance, Density and Low Power
Latest News
- Mixel MIPI IP Integrated into Automotive Radar Processors Supporting Safety-critical Applications
- GlobalFoundries and Navitas Semiconductor Partner to Accelerate U.S. GaN Technology and Manufacturing for AI Datacenters and Critical Power Applications
- VLSI EXPERT selects Innatera Spiking Neural Processors to build industry-led neuromorphic talent pool
- SkyWater Technology and Silicon Quantum Computing Team to Advance Hybrid Quantum-Classical Computing
- Dnotitia Revolutionizes AI Storage at SC25: New VDPU Accelerator Delivers Up to 9x Performance Boost