Advertisement

Achieve High Performance and Low Power with Highly Integrated 11.3Gbps Ethernet Optical Transceiver IC for Data Centers

MAX3956

Press Release
Contact: Timery Crawford
(408) 601-5435
Timery.Crawford@maximintegrated.com

Maxim Integrated’s SFP+ optical transceiver enables • High integration: integrates programmable transmit input equalization, receive output deemphasis, DDM, and highly accurate analog monitors (including temperature, VCC, and RSSI sensors) to reduce cost of external components
• Low power: the device’s proprietary DC-coupled laser interface enables • High performance: the MAX3956 results in 4.6psP-P deterministic jitter (receiver) and 5psP-P deterministic jitter (transmitter)

Commentary
• “Designers always have a power/performance trade off in optical transceivers,” said Stacey McKinney, Strategic Marketing Manager at Maxim Integrated. “Now, the MAX3956 SFP+ transceiver IC combines both low power and high performance with the optimal combination of features.”
• “Demand for 10GBASE-LR modules is increasing with the proliferation of large data centers,” said Dale Murray, Principal Analyst with LightCounting. “Low-power SFP+ optical transceivers are critical to data center operators as power consumption is becoming as critical as density.”

Availability and Pricing
• The MAX3956 is available in a 5mm x 5mm, 32-pin TQFN-EP package.
• The device operates over the -40°C to +95°C temperature range.
• Contact factory for pricing.
A reference design is available to qualified customers. Hi-res images for the MAX3956 end application and the MAX3956 block diagram are available.

About Maxim Integrated
At Maxim Integrated, our designs make the world more integrated. And with analog integration, the possibilities are endless. In Fiscal 2013, we reported revenues of $2.4 billion.

Follow Maxim Integrated on Twitter and Facebook.

Timery Crawford
Corporate Communications Manager
Office: +1 (408) 601-5435 | Mobile: +1 (925) 348-3456
Maxim Integrated | www.maximintegrated.com

Advertisement



Learn more about Maxim Integrated

Leave a Reply