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AMCC Adds Multi-Rate Capability Line Jitter OC-48 CMOS Transceivers AMCC's S3065 S3465 multi-rate devices provide customers with unparalleled combination power exceptional jitter generation performance optical networks operating Gbps DIEGO, 2001 Applied Micro Circuits Corp. (AMCC) [NASDAQ:AMCC], leader high-bandwidth silicon connectivity solutions world's optical networks, today announced S3065 (see figure S3465 (see figure devices. S3065 S3465 CMOS multi-rate transceivers with integrated Clock Data Recovery (CDR), offer jitter generation performance that among best industry. S3065 industry's only available CMOS 16-bit multi-rate OC-48 transceiver with features 16-bit differential LVPECL interface (see figure S3465 CMOS OC-48 multi-rate transceiver with features 4-bit LVDS interface (see figure Both devices perform clock data recovery, serializer/deserializer functions OC-3/12/24/48 (with without FEC), Fibre Channel, Fibre Channel, HDTV, Gigabit Ethernet. S3065 S3465 build upon advanced features AMCC's S3055 S3455 OC-48 transceivers, which began shipping high volume earlier this year. second-generation transceivers couple outstanding jitter generation performance with power cost provide complete end-to-end multi-rate solution that meets requirements intelligent optical networking equipment. Exceeding Bellcore ITU-T specifications, each device features jitter generation 5mUI rms, providing outstanding design margin SONET applications. S3065 S3465 designed SONET/SDH/ATM-based transmission systems Wavelength Division Multiplexing (WDM) equipment. "These CMOS devices build upon expand AMCC's existing OC-48 solutions, providing customers with multi-rate products featuring industry-leading jitter generation well significant reductions power, cost board space," said Glenn Pohly, AMCC's senior product marketing manager. "This introduction only demonstrates capability meeting evolving market demands, supports AMCC's continued commitment developing cost power solutions that feature leading-edge performance, combined with high-volume manufacturability." S3065 footprint compatible with S3055 designed with 16-bit differential LVPECL data path interface with AMCC's industry-leading framers including Amazon, Missouri, Rhine, Indus. With 4-bit LVDS interface, S3465 designed from inception work seamlessly with AMCC's industry-leading framers including Ganges, Danube Ohio. addition, S3465 footprint compatible with AMCC's S3455 transceiver, which allows easy migration between devices. Both devices provide diagnostic loopback (transmitter-to-receiver) line timing
3)6/28/2005 1:32:03
AMCC: Company Information: What's
(receiver-to-transmitter) modes. S3065/S3465 also incorporate internal FIFO (first first out) decouple transmit clocks on-chip high frequency phaselocked loop (PLL) clock generation. on-chip clock synthesis function enables utilization slower external transmit clock reference. reference clock features frequency 155.52 MHz, support existing clock schemes, supports other reference clock rates appropriate non-SONET data rates. devices perform necessary serial-to-parallel parallel-to-serial conversions. S3065 utilizes dual 1.8/3.3 supplies, offers industry standard differential LVPECL interface, typical power consumption 1.25W. S3465 utilizes single power supply, interfaces with LVDS LVCMOS logic, features power consumption less than 900mW. Pricing Availability Both products currently volume production. Evaluation boards also available. S3065, available packaged 324-pin PBGA, priced quantities 100,000. S3465, available packaged 196-pin FC-PBGA, priced quantities 100,000. About AMCC AMCC designs, develops, manufactures, markets high-performance, highbandwidth silicon solutions world's optical networks. AMCC utilizes combination high-frequency analog, mixed-signal digital design expertise coupled with systemlevel knowledge multiple silicon process technologies offer integrated circuit products that enable transport voice data over fiber optic networks. company's system solution portfolio includes PMD, PHY, framer/mapper, network processor, traffic management switch fabric devices that address highperformance needs evolving intelligent optical network. AMCC's corporate headquarters wafer fabrication facilities located Diego, California. Sales engineering offices located throughout world. Forward Looking Statements statements contained this press release that purely historical forwardlooking statements within meaning Section Securities 1933 Section Securities Exchange 1934. Such forward-looking statements, including statements relating products discussed this press release subject number risks uncertainties, including risk that products would successfully timely designed, developed manufactured achieve market acceptance, risks relating general economic conditions, well risks uncertainties forth Company's Annual Report Form 10-K year ended March 2000, other filings Company with Securities Exchange Commission. result these risks uncertainties, actual results differ materially from these forward-looking statements. forward-looking statements contained this news release made date hereof AMCC does assume obligation update forward-looking statement. Product photos, datasheets application notes available upon request. AMCC registered trademark Applied Micro Circuits Corporation. Back
3)6/28/2005 1:32:03
AMCC: Company Information: What's
3)6/28/2005 1:32:03

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