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

16 APRIL 2014

Engineers can now achieve high performance in optical modules with low power consumption using the highly integrated MAX3956 10GBASE-LR SFP+ optical transceiver IC

from Maxim Integrated Products, Inc.
Optical module designers must typically trade high performance for power consumption in their applications. The MAX3956 SFP+ laser transceiver IC solves that problem. It delivers better than 50% transmit mask margin performance (1k waveforms, zero mask hits) with < 0.8 W total SFP+ module power dissipation. This reduced power dissipation lowers operational expenditures (OPEX) and improves thermal reliability in data centers. Additionally, the device integrates highly accurate analog monitors for digital diagnostics monitoring (DDM), including temperature, VCC, and RSSI sensors, to ensure a compact design and save bill-of-material (BOM) cost. By integrating analog monitors and a 12-bit analog-to-digital converter (ADC), the MAX3956 enables the use of a low-cost, “all-digital” external microcontroller. Key Advantages • 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 < 0.8 W total SFP+ module power dissipation and 380 mW IC power dissipation at 3.3V (typ) • High performance: the MAX3956 results in 4.6psP-P deterministic jitter (receiver) and 5psP-P deterministic jitter (transmitter) Maxim Integrated
www.maximintegrated.com

Leave a Reply

Your email address will not be published. Required fields are marked *

  • We use your personal data ONLY to respond to your comments/requests.
  • To receive responses that are appropriate to your requests, we may transfer your email address and your name to the author of the article.
  • For more information on our Privacy Policy and Personal Data Processing, please visit the page: Privacy Policy (GDPR) & Cookies.
  • If you have any questions or concerns regarding the way we process your personal data, you can contact our Data Protection Officer at: gdpr@esp2000.ro
  • Subscribe to our magazine newsletter