A 3.5Gbps video switch designed to enhance resolution and refresh rates in next-generation displays, gaming monitors, docking stations, and embedded applications.
Diodes Incorporated unveils the PI3WVR41310, a 13.5Gbps high-speed video switch designed to enhance resolution and refresh rates in next-generation commercial displays, gaming monitors, docking stations, video-matrix switches, and embedded applications. It is a versatile four-lane video switch functioning as a 3:1 multiplexer or 1:3 demultiplexer. It boasts an insertion loss of -1.8dB at 13.5Gbps and a -3dB bandwidth of 10GHz, supporting connections such as DisplayPort 2.1 up to the ultra-high bit rate UHBR13.5 specification, including HDMI 2.1 and other emerging and proprietary standards.
The key features of:
- Package Type: 52-pin leadless package
- Dimensions: 3.5mm x 9mm footprint
- Benefits:Optimizes space on the PCB and Reduces PCB costs
One of the key features is its wide signal-voltage range, accommodating a common-mode voltage from 0V to the supply rail. This capability enables multi-standard, DC-coupled operations, eliminating the need for AC-coupling capacitors. This DC coupling not only saves space in densely populated PCB designs but also enhances signal integrity, making it ideal for high-speed video signaling applications. It ensures low signal-return loss with minimal channel-to-channel crosstalk, low off-channel isolation, and low bit-to-bit skew. These attributes are crucial for maintaining high-quality video signals and minimizing interference.
It includes dedicated display-data channel/auxiliary channel (DDC/AUX) pins and hot-plug detection (HPD) pins for seamless configuration and communication between connected devices. These features allow equipment to automatically recognize and configure connections, enhancing user convenience and system compatibility. It is available for $1.65 in 3,500-piece quantities, providing an economical solution for high-speed video switching needs. With its advanced features and competitive pricing, it is set to play a significant role in developing high-performance video applications across various industries.
