SAN JOSE, Calif.--(BUSINESS WIRE)--

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:

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^-12 Bit Error Rate (BER). AGC and ATC per channel RSSI outputs are provided to enable active alignment during manufacturing to provide optimum performance and manufacturability. The 1MHz I²C interface enables full control of additional functionality such as signal detect and squelch, pre-emphasis, maskable interrupt generation, internal temperature monitor selection, channel polarity inversion, and output voltage swing with enable. The TIAs are expected to be sampling in May 2017. One of GigPeak’s strategic customers, ColorChip, is showcasing GigPeak’s linear TIA in a 28Gbps Baud PAM4 application at OFC 2017 booth number 3239.

About GigPeak 200G VCSEL Drivers

The single-channel VCSEL driver HXT14100 and the quad-channel VCEL driver HXT14400 share an architecture which supports modulation current up to 12mA and average VCSEL current up to 18mA, with a dedicated BURNIN capability up to 20mA average current. The 1MHz I²C interface enables full control of all driver functions, including input equalization, output peaking, automatic power control, automatic gain control, signal detect and squelch, channel polarity inversion, diagnostics such as average current and temperature monitoring, as wells as user maskable interrupts and VCSEL voltage supervisory functions. The chip integrates the digital diagnostics function as defined in the SFF8472 standard. The VCSEL drivers are sampling now in die form and on an evaluation board with MOU.

GigPeak will showcase the HXT14100 in a live demo at OFC 2017 in which the laser driver will be driving transmit optics using 28GB PAM4 modulation.

About GigPeak 200Gbps DML Drivers

The HXT44100 and HXT44400 DML drivers share the same architecture with a high level of integration, low power dissipation, and a small form factor. The HXT44100 single-channel driver footprint is sufficiently small to use within a TOSA (TO-can) solution. Both DML driver solutions support low voltage supply operation, as low as 2.5V with modulation and bias currents of 50mA and 50mA respectively, enabling the next generation of low power modules. They can be driven with supply voltages up to 3.3V if higher modulation and bias currents are required. A single channel operating at 2.5V will dissipate about 300mW of chip power. Neither of the two devices requires any external digital analog convertor (DAC) for operation. The DML drivers are sampling now in die form and will be available in a TOSA form factor for sampling in the second half of 2017.

A high level of integration is provided with both the HXT44100 and HXT44400 by incorporating the modulation, bias, and pulse shaping DAC into the devices with an integrated I²C interface for control, monitoring, fault, and status detection. The 1MHz I²C interface enables full control of additional functionality such as signal detect and squelch, bandwidth adjust, maskable fault and interrupt generation, internal temperature monitor selection, channel polarity inversion, and programmable CTLE input equalization.

GigPeak will showcase the HXT44100 in a live demo at OFC 2017 in which the laser driver will be driving transmit optics using 28Gbps PAM4 modulation.

About GigPeak’s 200Gbps CDRs

The HXC44200 and the HXC44400 CDR/retimers are based on an analog CTLE-based architecture and have significant advantage over competitive digital solutions based on DSPs. They come with a 10 tap adaptive linear equalizer and decision feedback equalizer to cover up to 20dB lossy channel. The output de-emphasis for transmit has a 3-tap FFE filter. There are multiple advanced features, such as on-chip testability, eye monitoring, and a PRBS generator and checker. The CDRs are expected to be sampling in June 2017.

Visit GigPeak’s OFC booth #3231 to view the PAM4 VCSEL and DML driver demos.

About GigPeak

GigPeak, Inc. (NYSE MKT: GIG) is a leading innovator of semiconductor ICs and software solutions for high-speed connectivity and high-quality video compression over the network and the cloud. The focus of the company is to develop and deliver products that enable lower power consumption and faster data connectivity, more efficient use of network infrastructure, broader connectivity to the cloud, and reduce the total cost of ownership of existing network pipes from the core to the end user. GigPeak addresses both the speed of data transmission and the amount of bandwidth the data consumes within the network, and provides solutions that increase the efficiency of the Internet of Things, leveraging its strength in high-speed connectivity and high-quality video compression. The extended product portfolio provides more flexibility to support changing market requirements from ICs and MMICs through full software programmability and cost-efficient custom ASICs.

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