The firm’s products, which incorporate VCSEL technology, are suited to data centre, storage, computing and consumer applications. The technologies developed with partners and customers will be demonstrated, at the 2011 Optical Fibre Conference (OFC).

Avago Technologies has announced availability of multiple new solutions in its innovative portfolio of 10 to 120 Gigabit fibre optics.

 

The comprehensive set of optical solutions, which covers both advanced embedded parallel modules and industry-standard pluggable modules, enables designers to differentiate their products and solve interconnect bandwidth challenges.

New Avago optical solutions and demonstrations at OFC include:

   * Sampling availability of its small-footprint MiniPOD embedded parallel optical transmitters and receivers that enable bandwidth of up to 120 Gigabits per second (Gbps)

   * Announcement of the world’s first QSFP+ 40G-iSR4 pluggable parallel optic transceiver module for 40 Gigabit Ethernet applications and high-density 10 Gigabit applications, along with a demonstration of the technology using new Top-of-Rack (ToR) data centre switches from leading manufacturers

   * Demonstration of “the world’s first” multi-Gigabit consumer optical interconnect

   * Demonstration of a 25-Gbps VCSEL integrated into an SFP+ platform interoperating with the latest Avago 40-nm Serial/Deserializer (SerDes) core

“Avago is here at OFC demonstrating our innovative optical portfolio and our intentions to bring fiber optic solutions from the data centres of today to the consumer and home computing applications of tomorrow,” said Philip Gadd, VP and General Manager of the Fibre Optics Product Division at Avago. “We differentiate ourselves by serving as a technology partner – helping customers differentiate themselves, and their products, leveraging our world-class engineering, innovative technology in lasers, photodetectors and CMOS ICs, and unrivalled supply chain expertise.”

Avago embedded parallel optics allow fibre optic interfaces to be located close to an ASIC or FPGA and the firm says they deliver the world’s highest bandwidth. These benefits are leveraged in applications such as next-generation supercomputers powering scientific research breakthroughs, as well as for high-performance routers, switches and other data centre equipment enabling cloud computing, server virtualisation and video-on-demand.

Avago says its MicroPOD embedded parallel optics are the world’s smallest 120-Gbps optical transmitters and receivers. They offer 12 transmit or receive channels at up to 10.3125 Gbps while consuming only 125 mW per channel. MicroPOD modules deliver high performance in both air-cooled and water-cooled environments, and are in production today powering the world’s fastest supercomputers.

MicroPOD devices have an 8.2-mm by 7.8-mm footprint with an LGA electrical interface for ultra-dense embedded solutions, while the new MiniPOD arrays have a 22-mm by 18.5-mm footprint with a 9-mm by 9-mm MegArray connector for simplified embedded solutions and ease of manufacturing. Avago is announcing sampling availability of the MiniPOD interconnects, which feature a low-cost, removable fibre cable connection and a pluggable electrical connection that provide flexible cable management at installation, simplifying design and lowering cost for switching and supercomputing applications.

In a joint collaboration with VIA Labs and DisplayLink, Avago is demonstrating what it claims is the world’s first multi-gigabit consumer optical interconnect. This demonstration shows High-Definition (HD) video streaming through a USB 3.0 Active Optical Cable. This optical interconnect surpasses the limitations of existing copper interconnects in the computing and consumer electronic space, allowing longer distances at higher speed data rates while still maintaining low cost and low power.

Avago is expanding its portfolio of Multi-Source Agreement compliant pluggable optics with a new four-channel, parallel, QSFP+ transceiver for 40 Gigabit Ethernet applications with the added capability of interoperating with IEEE 10GBASE-SR compliant products.

The transceiver integrates four data lanes in each direction with each lane operating at 10.3125 Gbps. This provides an aggregated bandwidth of 40 Gbps for short-range, multi-lane data communication and interconnect applications. The device allows optical interoperability with any 10 Gigabit Ethernet transceiver, compliant to the IEEE 802.3ae 10GBASE-SR specifications, of form factors such as SFP+, XFP and X2.

Avago is demonstrating connectivity between 10GBASE-SR (SFP+) and the new QSFP+ 40G-iSR4 module over 100 meters of OM3 multi-mode fibre. Using new ToR data centre switches from a leading switch vendor, the demonstration connects two high-performance servers with 10GbE SFP+ network interface cards and shows real-time streaming of multiple HD movies simultaneously.

Avago recently announced two new mini-SFP+ (mSFP) fibre-optic transceivers that enable increased port density in Ethernet and storage equipment. The AFBR-54D7APZ transceiver addresses 8-Gbps Fibre Channel for storage applications and the AFBR-703SNZ transceiver targets next-generation 10-Gbps Ethernet equipment designs. Both pluggable modules increase port density by 30 percent over industry-standard SFP+ transceivers, while delivering the same data-transmission performance.

A third demonstration at the Avago booth shows its best-in-class, high-temperature 25-Gbps 850-nm VCSEL integrated into an Avago high-volume SFP+ production platform operating over 100 metres of OM3 multi-mode fibre. The SFP+ is interoperating with the latest Avago 40-nm SerDes core.

Avago Application-Specific Integrated Circuits (ASICs) integrate the SerDes cores, increasing the bandwidth of data communication for servers, routers and other networking, computing and storage applications. Avago recently announced demonstration of its first 28-nm SerDes core with industry-first 30-Gbps performance.