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Optoelectronic Interface Solutions

Optoelectronic Interface Solutions

Optoelectronic Interface Solutions

Optoelectronic Interface Solutions

Omni Design's Transmitter Driver and Receiver TIA IP portfolio delivers the analog front-end building blocks for next-generation optical interconnects, spanning 64G NRZ to 224G PAM4 data rates in TSMC N3P. Each linear driver converts standard-swing SerDes outputs into high-swing, low-noise signals optimized for direct silicon-photonic modulator drive, while each transimpedance amplifier converts photodetector current into clean, equalized voltage output ready for digital SerDes ingestion. Engineered for co-packaged optics, near-packaged optics and pluggable transceivers, these hard macros combine industry-leading power efficiency, wide bandwidth, and integrated calibration and telemetry — enabling customers to accelerate time-to-market for 800G, 1.6T, and beyond.

  • Matched receive (TIA) and transmit (driver) IP for complete optical front-ends.

  • Aligned with the OCI (Optical Compute Interconnect) approach, in two flavors - 64G NRZ (slow & wide) and 224G PAM4 (fast & narrow).

  • Silicon-photonics-ready.

High-Performance Solutions

Best-in-class
data converters

Specialized
signal conditioning

Optimized digital
logic solutions

ODT-TXDRV-64G-NRZ-3T (64G NRZ Transmitter Driver)

  • TSMC N3P process

  • Supports NRZ data rates up to 64 Gbps

  • Power Efficiency: ≤0.7 pJ/bit

  • High Output Drive Capability

  • >12 ps eye width @ 1e-12 BER

  • >32 GHz Bandwidth

  • Low Output Noise: Minimal RMS noise for superior signal quality

  • Simplified Architecture: No equalization complexity—ideal for cost-sensitive designs

ODT-RXTIA-64G-NRZ-3T (64G NRZ Receiver TIA)

  • TSMC N3P process

  • Supports NRZ data rates up to 64 Gbps

  • Power Efficiency: ≤0.3 pJ/bit typical

  • 68-82 dBΩ Transimpedance Gain Range

  • ≤3 µA rms Low Input-Referred Noise

  • Integrated Programmable CTLE

  • Advanced DC Offset Cancellation

  • >20 GHz Bandwidth

  • <23 dB return loss at low frequency

  • Low Distortion and Group Delay

  • Ultra-Low Output Noise

ODT-TXDRV-224G-P4-3T (224G PAM4 Transmitter Driver)

  • TSMC N3P process

  • Supports PAM4 data rates up to 224 Gbps

  • Power Efficiency: ≤1.9 pJ/bit

  • High Output Drive Capability

  • 16 dB Programmable Gain Range

  • Max 2.5 dB Programmable Gain Peaking

  • >56 GHz Bandwidth at opto-modulator

  • <5% THD for excellent signal linearity

  • Group Delay Variation: <7 ps across operating bandwidth

  • Low In-Band Ripple: <0.65 dB gain flatness

ODT-RXTIA-224G-P4-3T (224G PAM4 Receiver TIA)

  • TSMC N3P process

  • Supports PAM4 data rates up to 224 Gbps

  • Low Power: ≤0.25 pJ/bit

  • 56-68.8 dBΩ Transimpedance Gain Range

  • Two Stages of VGA (coarse and fine)

  • >30 GHz Bandwidth

  • ≤4.3 µA rms Low Input-Referred Noise

  • Robust Single-to-Differential Conversion

  • Advanced DC Offset Cancellation

  • ≥7 dB Return Loss at Nyquist (56 GHz)

  • Low Distortion and High Output Swing

  • Silicon Photonics Ready: Optimized for direct modulator drive applications

  • Integrated LDO and ESD

Target Applications

Wireless Networks

5G Transceivers

Wireline Connections

Automotive Ethernet

LiDAR & RADAR

Image Sensors

Omni Design enables next-generation SoCs with advanced technology solutions for faster, lower-power data transport and acquisition.

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Omni Design enables next-generation SoCs with advanced technology solutions for faster, lower-power data transport and acquisition.

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Copyright © 2026, Omni Design Technologies, Inc. All Rights Reserved.

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Omni Design enables next-generation SoCs with advanced technology solutions for faster, lower-power data transport and acquisition.

Newsletter

By subscribing, you agree to with our Privacy Policy

Copyright © 2026, Omni Design Technologies, Inc. All Rights Reserved.

Cookie Settings

Omni Design enables next-generation SoCs with advanced technology solutions for faster, lower-power data transport and acquisition.

Newsletter

By subscribing, you agree to with our Privacy Policy

Copyright © 2026, Omni Design Technologies, Inc. All Rights Reserved.

Cookie Settings