SAN JOSE, Calif. — (BUSINESS WIRE) — March 21, 2017 — GigPeak, Inc. (NYSE MKT: GIG), a leading innovator of semiconductor ICs and software solutions for high-speed connectivity and high-quality video compression over the network and the cloud, today announced the release of complete chipset portfolio for 28Gbps PAM4 200Gbps-based solutions for short reach (SR) and long reach (LR) Ethernet applications for inter- and intra-data center connectivity.
“With an already dominating market share delivering the current generation of 40Gbps active optical cables (AOCs) and transceivers for datacenter connectivity, GigPeak is pleased to announce that we have started sampling chipsets for 200Gbps short reach and long reach Ethernet applications for inter- and intra-data center connectivity. The chipsets comprise: 1x and 4x short reach TIA receivers (HXR14100 and HXR14400), VCSEL drivers (HXT14100 and HXT14400), 1x and 4x long reach DML drivers (HXT44100 and HXT44400), complemented by the proven clock and data recovery (CDR) technology represented by the 2x and 4x CDR/Retimer (HXC44200 and HXC44400),” said Uday Poosarla, Director of Datacom Marketing at GigPeak.
About GigPeak’s Short and Long Reach Configurations
In addition to the quad-channel devices, GigPeak has released production samples of its single-channel products for SFP28+ modules, as well as its 12-channel products for super computer applications. The short reach and long reach portfolio consists of the following configurations:
Application Distance | SR Configuration(s) | Long Reach Configurations | ||
SFP28+ |
HXT44100: 1ch – 28Gbps VCSEL Driver
|
HXT44100: 1ch – 28Gbps DML Driver
|
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HXC44200: 2ch – Bi-directional 28Gbps CDR / Retimer | ||||
QSFP28+ |
HXT44400: 4ch – 28Gbps VCSEL Driver
|
HXT44400: 4ch – 28Gbps DML Driver
|
||
HXC44400: 4ch – 28Gbps CDR / Retimer | ||||
About GigPeak’s 200Gbps TIAs
The GigPeak family of linear TIA receivers comes in single-channel
(HXR44100 (LR), HXR14100 (SR)) and quad-channel (HXR44400 (LR), HXR14400
(SR)) configurations. These TIAs share the same architecture that
provides 13pA/sqrt(Hz) (LR) and 16pA/sqrt(Hz) (SR) input current noise
density at 28GBaud PAM4 throughput with 10 <