PMC-Sierra extends SERDES product family for Gigabit Ethernet backplane and optical module interconnection

Aug. 26, 2003
26 August 2003 Santa Clara, CA Lightwave -- PMC-Sierra introduced the 6-channel PM8373 HexPHY 1GR and 4-channel PM8363 QuadPHY 1GR serializer/deserializer (SERDES) devices for high-speed serial backplanes and Gigabit Ethernet transceivers.

26 August 2003 Santa Clara, CA Lightwave -- PMC-Sierra introduced the 6-channel PM8373 HexPHY 1GR and 4-channel PM8363 QuadPHY 1GR serializer/deserializer (SERDES) devices for high-speed serial backplanes and Gigabit Ethernet transceivers. The HexPHY 1GR and QuadPHY 1GR feature support for the Reduced Gigabit Media Independent Interface (RGMII) v2.0 industry standard parallel interface to enable low power, low cost, and compact Ethernet-based system designs.

Both devices use PMC-Sierra's mixed-signal technology to provide signal integrity performance that exceeds IEEE 802.3 Gigabit Ethernet requirements. These devices are designed for a broad range of multi-gigabit serial connections including enterprise Ethernet switches, blade servers, access and metro transport network equipment.

In addition, the devices support the growing adaptation of Gigabit serial technology into office automation, digital imaging, industrial control, and avionics applications. The HexPHY 1GR and QuadPHY 1GR devices' industrial temperature ratings provide robust operation in the most challenging system environments.

RGMII v2.0 simplifies board design by reducing the number of routing layers required, which also lowers board manufacturing costs. RGMII provides greater than 50% signal pin savings over current interface solutions (12 pins versus 25 pins for GMII). To provide flexibility for low power system design, the HexPHY 1GR and QuadPHY 1GR devices support either 1.5V and 1.8V high speed transceiver logic (HSTL) input/output levels on the RGMII interface. In addition, the 1.5V HSTL input/output levels are upward compatible with the IEEE standard 10 Gigabit Ethernet XGMII interface, providing system designers with a seamless migration path from Gigabit Ethernet to 10 Gigabit Ethernet.

The emergence of 1000Base-T copper transceivers in small-form-factor pluggable modules enable system designers to deploy RGMII interfaces in both copper and optical line card applications. Using this approach, equipment manufacturers can develop modular Gigabit Ethernet line card solutions to address IT managers' needs for flexibility between optical and Category 5 copper cable connections thereby eliminating the need to purchase and maintain separate line cards.

The HexPHY 1GR and QuadPHY 1GR devices are sampling to customers, priced at $29.90 and $21.90 for 1K quantities, respectively. Both devices are packaged in a 15x15 mm², thermally enhanced 196-pin chip array ball grid array, have typical power consumption of less than 200 mW per port, and are rated for operation at industrial temperature range (-40° to +85°C). The devices are fabricated using the same low power, 0.18-micron CMOS process proven on multiple PMC-Sierra SERDES products. A comprehensive support product package including datasheets, application notes, device models, and evaluation system is available.

Sponsored Recommendations

PON Evolution: Going from 10G to 25, 50G and Above

July 23, 2024
Discover the future of connectivity with our webinar on multi-gigabit services, where industry experts reveal strategies to enhance network capacity and deliver lightning-fast...

New Optical Wavelength Service Trends

July 1, 2024
Discover how optical wavelength services are reshaping the telecom landscape, driven by rapid expansion and adoption of high-speed connections exceeding 100 Gbps, championed by...

ON TOPIC: Innovation in Optical Components

July 2, 2024
Lightwave’s latest on-topic eBook, sponsored by Anritsu, will address innovation in optical components. The eBook looks at various topics, including PCIe (Peripheral...

The Pluggable Transceiver Revolution

May 30, 2024
Discover the revolution of pluggable transceivers in our upcoming webinar, where we delve into the advancements propelling 400G and 800G coherent optics. Learn how these innovations...