company blog about Recycle Renesas Clock Distribution:Clock Buffers,Clock Dividers,Clock Multiplexers,Zero Delay Buffers

Recycle Renesas Clock Distribution:Clock Buffers,Clock Dividers,Clock Multiplexers,Zero Delay Buffers

Shenzhen Mingjiada Electronics Co., Ltd, as a professional service provider in the field of electronic components recycling, has long been focusing on the recycling service of all kinds of electronic components products, including 5G chips, new energy ICs, IoT ICs, Bluetooth ICs, IoT ICs, automotive ICs, automotive-grade ICs, communication ICs, artificial intelligence ICs, memory ICs, sensor ICs, microcontroller ICs, transceiver ICs, Ethernet ICs, WiFi chips, wireless communication modules, connectors and other products. With its professional services, reasonable prices and honesty, we provide customers with a full range of electronic components recycling solutions to help customers solve the problem of inventory backlog and achieve rapid return of funds and optimal allocation of resources.

Recycling process:
1、Consultation: If you have inventory of electronic components need to be disposed of, you can send the IC/module inventory that needs to be sold by email.
2、Door-to-door recycling: Our company will send professionals to your home to recycle your inventory of electronic components, and conduct preliminary testing and classification of components.
3、Quotation：The company will give the corresponding recovery price according to the type, quantity, quality and other factors of the recycled components.
4、Settlement: If the two sides reach an agreement, you can negotiate a specific transaction for delivery.

1. Clock buffer
Clock Buffer is a key device used to copy and distribute clock signals in timing circuits, capable of converting an input clock signal into multiple output signals of the same phase, while maintaining signal integrity and low jitter characteristics.

RC190xx series: Renesas Electronics introduces PCIe Gen6-compliant high-performance clock buffers with ultra-low add-on jitter (only 4fs RMS) for data centres, high-performance computing, and other applications with extremely stringent timing requirements.26 This series of devices saves up to 30% of board space compared to its predecessor, supports SMBus address selection and write-protection functions, and enhances system security.4 The RC190xx series is also designed to meet the requirements of the PCIe Gen6 standard, which is a key component of the PCIe Gen6 standard. The 9FGV1002/9FGV1002/9FGV1002/9FGV1002/9FGV1002/9FGV1002 are designed for the most demanding applications such as high performance computing.

9FGV1002/9FGV1006: Low-jitter clock generator and buffer combination solutions, paired with Renesas' PCIe Gen6 clock buffers, provide customers with a complete timing solution.2 These devices are widely used in networking equipment, storage systems, and industrial control applications.

RC2102/RC2105: High-performance clock buffers in server memory interface chips supporting DDR4/DDR5 memory standards with very low output-to-output offset (35ps) and excellent power rejection ratio (-80dB @100kHz).

2. Clock Multiplexers
Clock Muxes are capable of switching the selection between multiple input clock sources and distributing the selected clock signal to downstream circuits.

RC192xx series: Renesas Electronics introduced PCIe Gen6-compliant multiplexers, which together with the RC190xx buffers form the industry's first PCIe Gen6 timing solution.68 The devices in this series offer a 1.4ns input-output delay and 35ps output-output offset, with loss-of-signal (LOS) outputs to support system monitoring and redundancy designs .

RC192xxA Series: Advanced multiplexers supporting PCIe Gen5/6 standards, offering ultra-low additive phase jitter at 7fs RMS (Gen5) and 4fs RMS (Gen6), with maximum input-output propagation delays of less than 1.7ns.10 The devices offer 2:N or (1:N/2)x2 multiplexing options, and can be configured with an integrated source-side 85-ohm or 100-ohm termination resistor. The devices offer 2:N or (1:N/2)x2 multiplexing options, and by integrating source-side 85-ohm or 100-ohm termination resistors, up to 64 external components can be saved for the 16-channel MUX variant.

3. Zero Delay Buffers
The Zero-Delay Buffer is a special type of clock buffer that eliminates accumulated delays in the clock distribution network and ensures phase alignment between the input and output clock signals.

9SQ440 Clock Generator: A low-jitter clock generator that, together with Renesas' PCIe Gen6 buffers and multiplexers, forms a “winning combination” to provide comprehensive power and timing functionality for Intel Xeon CPU platforms.48 The device supports ultra-low-power high-speed current-controlled logic (LP-HCSL), which provides up to 85% power savings compared to traditional HCSL.

8T49N Series: High-performance programmable clock generators with zero-delay buffers for applications requiring tight clock synchronisation such as network communications and data centres.

4. Clock Divider
Clock Divider is capable of dividing the input clock frequency by integer or fraction ratio to generate clock signals of different frequencies.

8A3400x Series: High-performance clock dividers and jitter removers for optical transmission networks, wireless base stations and other professional applications.

5P49V60 series: programmable clock frequency divider, supporting multiple output formats and division ratios, suitable for consumer electronics, industrial control and other fields.