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HDMP-T1636A

Agilent
Part Number HDMP-T1636A
Manufacturer Agilent
Description Gigabit Ethernet and Fibre Channel SerDes ICs
Published Jul 22, 2014
Detailed Description Gigabit Ethernet and Fibre Channel SerDes ICs Technical Data Features • IEEE 802.3z Gigabit Ethernet Compatible • ANSI x...
Datasheet PDF File HDMP-T1636A PDF File

HDMP-T1636A
HDMP-T1636A

Overview
Gigabit Ethernet and Fibre Channel SerDes ICs Technical Data Features • IEEE 802.
3z Gigabit Ethernet Compatible • ANSI x3.
230-1994 Fibre Channel Compatible (FC-O) • Supports Serial Data Rates of 1062.
5 MBd (Fibre Channel) & 1250 MBd (Gigabit Ethernet) • Low Power Consumption, 630 mW Typical • Transmitter and Receiver Functions Incorporated onto a Single IC • Three Package Sizes Available: – 10 mm TQFP (HDMP-T1636A) – 10 mm PQFP (HDMP-1636A) – 14 mm PQFP (HDMP-1646A) • 10-Bit Wide Parallel TTL Compatible I/Os • Single +3.
3 V Power Supply • 5-Volt Tolerant I/Os • 2 kV ESD Protection on All Pins HDMP-1636A Transceiver HDMP-1646A Transceiver HDMP-T1636A Transceiver Description The HDMP-1636A/46A/T1636A transceiver is a single integrated circuit packaged in a plastic QFP package.
It provides a low-cost, low-power physical layer solution for 1250 MBd Gigabit Ethernet, 1062.
5 MBd Fibre Channel, and proprietary link interfaces.
It provides complete Serialize/ Deserialize (SerDes) for copper transmission, incorporating the Gigabit Ethernet/Fibre Channel transmit and receive functions into a single device.
This chip is used to build a high speed interface (as shown in Figure 1) while minimizing board space, power and cost.
It is compatible with the IEEE 802.
3z specification.
The transmitter section accepts 10-bit wide parallel TTL data and serializes this data into a high speed serial data stream.
The parallel data is expected to be “8B/10B” encoded data, or equivalent.
This parallel data is latched into the input register of the transmitter section on the rising edge of the reference clock (used as the transmit byte clock).
A 1062.
5 MHz reference clock is used in Fibre Channel operation, whereas a 125 MHz reference clock is used in Gigabit Ethernet operation.
The transmitter section’s PLL locks to the user supplied reference byte clock.
This clock is then multiplied by 10 to generate the high speed serial clock used to generate the high speed output.
The high speed outputs...


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