Linear amplification for PAM4 and Coherent pluggable modules
Marvell’s transimpedance amplifier (TIA) portfolio powers PAM4 and Coherent-based pluggable optical modules for high-speed cloud AI connectivity and long-haul optical links from 100G to 1.6T, and beyond.
Explore Optical Networks
Think Fast
The secret to our success is our ability to provide world class linear amplification of signals transmitted from halfway across the planet or from nearby switches in a mega data center. Linear modulation enables much more data per optical symbol when compared to older technologies that provide 1 bit per optical symbol. Unlike older technologies that relied on limiting TIAs of yesteryear, today’s applications require highly-engineered linear TIAs that optimize the tradeoffs between power, performance and cost. Marvell solutions are optimized to enable the fastest networks on the planet.
- Long Haul/Metro
- Inside Data Center
Long Haul/Metro
Marvell TIAs provide world class linear amplification of signals transmitted from halfway across the planet
- Excellent linearity
- High bandwidth
- Low noise
- Low power
IN3250TA
32 Gbps Dual-Channel Differential Input Linear Transimpedance / Variable-Gain Amplifier
IN3252TA
32 Gbps Dual-Channel High Gain Linear Transimpedance / Variable-Gain Amplifier
IN3254TA
32 Gbaud Quad-Channel Differential Linear Transimpedance / Variable-Gain Amplifier with SPI Control Interface
IN6450TA
64 Gbps Dual-Channel Differential Input Linear Transimpedance / Variable-Gain Amplifier
IN6452TA
64 Gbps Dual-Channel Differential Input Linear Transimpedance / Variable-Gain Amplifier
IN6454TA
64 Gbaud Quad-Channel Differential Input Linear Transimpedance / Variable-Gain Amplifier with SPI Interface
Inside Data Center
Marvell TIAs provide world class linear amplification of signals transmitted from nearby switches in a mega data center
- Excellent linearity
- High bandwidth
- Low noise
- Low power
CB5670TA/CB5670MTA
56 Gbaud Low Power Quad-Channel Single-Ended Input Linear Transimpedance/Variable-Gain Amplifier with 750 µm Input Channel Pitch
IN2864TA
28 Gbps Single-Channel Single-Ended Input Linear Transimpedance / Variable-Gain Amplifier with RSSI
IN2865TA
28 Gbps Single-Channel, Single-Ended Input Linear Transimpedance / Variable-Gain Amplifier with RSSI
IN5660TA
56 Gbaud Octal-Channel Single-Ended Input Linear Transimpedance/Variable-Gain Amplifier with 500 µm Input Channel Pitch
IN5661TA
56 Gbaud Single-Channel Single-Ended Input Linear Transimpedance / Variable-Gain Amplifier
IN5662TA
56 Gbaud Single-Channel Single-Ended Input Linear Transimpedance / Variable-Gain Amplifier for 5G Wireless Applications
IN5664TA
56 Gbaud Quad-Channel Single-Ended Input Linear Transimpedance / Variable-Gain Amplifier
IN5665FC
56 Gbaud Quad-Channel Single-Ended Input Linear Transimpedance/Variable-Gain Amplifier with 750 µm Input Channel Pitch, Flip Chip
IN5665TA
56 Gbaud Quad-Channel Single-Ended Input Linear Transimpedance/Variable-Gain Amplifier
IN5668FC
56 Gbaud Quad-Channel Single-Ended Input Linear Transimpedance/Variable-Gain Amplifier with 500 µm Input Channel Pitch, Flip Chip
IN5669TA
56 Gbaud Quad-Channel Single-Ended Input Linear Transimpedance/Variable-Gain Amplifier with 250 µm Input Channel Pitch
Newsroom
Latest News
Contact Us
We believe better partnerships help to build better technologies. Let’s connect and see what we can design together!
Thank You for Your Interest
We will be in touch with you soon!
