SLVS-MI Transmitter - 4-Lane 2500Mbsps
The CL12811I4T1ES1HIP2500 is an ideal means to link Camera Modules or CMOS Image Sensor (CIS) to Host System.
- SLVS-EC
- Silicon Proven
- Now
- SLVS-MI
SLVS-EC IP cores enable high-speed serial connectivity for bandwidth-intensive systems in modern SoC and ASIC designs.
These IP cores support high-speed point-to-point serial transport commonly used in imaging and sensor-oriented systems, helping designers build scalable, standards-based interconnect for infrastructure, storage, multimedia, or advanced embedded applications
This catalog allows you to compare SLVS-EC IP cores from leading vendors based on throughput, latency, power efficiency, and process node compatibility.
Whether you are designing camera systems, industrial vision, automotive sensors, or embedded imaging platforms, you can find the right SLVS-EC IP for your application.
SLVS-MI Transmitter - 4-Lane 2500Mbsps
The CL12811I4T1ES1HIP2500 is an ideal means to link Camera Modules or CMOS Image Sensor (CIS) to Host System.
SLVS-EC TX PHY - 10GBPS 8-Lane - TSMC 12FFC
The CL12811M8TIP10000 TXPHY supports 8 TX DATA lanes for up to 10Gbps application.
SLVS-EC is a high-speed serial communication protocol developed by Japan Industrial Imaging Association Standard to support the v…
SLVS-EC Transmitter core is compliant with standard SLVS_EC specification as 2.0.
SLVS-EC Receiver core is compliant with standard SLVS_EC specification as 2.0.
Next generation CMOS image sensor interface SLVS-EC is the next-generation, high-speed interface for high-resolution CMOS image s…
The SLVS-EC RX PHY IP is a high-speed, low-power receiver macro compliant with SLVS-EC v3.0 specification, enabling reliable para…
Next-generation CMOS image sensor interface, SLVS-EC v3.0, is implemented in FPGAs SLVS-EC v3.0 Rx IP is an interface IP core tha…
A 2Gbps SLVS Tranceiver in TSMC 28nm This 1.8V SLVS transceiver is a high-performance, low-power I/O solution optimized for TSMCs…
SLVS Interface Driver, Fmax 600MHz - XFAB 180nm
SLVS Interface Driver, Fmax 600MHz - XFAB 180nm