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Recycle Renesas PCIe Clocks:PCIe Gen1,PCIe Gen2,PCIe Gen3,PCIe Gen4,PCIe Gen5,PCIe Gen6,PCIe Gen7

Shenzhen Mingjiada Electronics Co., Ltd, as a professional service provider in the field of electronic components recycling, has been focusing on the recycling service of all kinds of high-end electronic components for a long time. With a professional evaluation team, a global recycling network and strong financial strength, we help our customers to solve the problem of inventory backlog and achieve the optimal allocation of resources and rapid return of funds.

Recycling products include: IC ICs, 5G chips, new energy ICs, IoT chips, Bluetooth chips, automotive chips, artificial intelligence ICs, Ethernet ICs, memory chips, sensors, IGBT modules and a series of other products.

Recycling specific process:

1.You will be backlog of IC / module inventory for simple classification, to determine the model, brand, production date, quantity, etc. .

2. Please send the inventory list to our evaluation team by fax or email.

3.Wait for the company's professionals to make a purchase offer, after reaching an agreement, both sides will discuss the specific transaction mode for delivery.

4. The company only recycles formal channel sources, such as agents, traders, terminal factories, etc., and does not accept sources that are not formal channels.

Our advantages:

1. Strong strength, abundant funds.

2. Recovery of a wide range of geographical areas, domestic and foreign areas can be, we are in Japan, Hong Kong, Russia, Taiwan, the United States, Canada, Germany, France, the United Kingdom, Hungary have set up points around the world can be delivered.

3. Provide reasonable prices, try to help you improve the cost.

4. Intermediary rewards.

Overview of PCI Express clock technology development

PCI Express As a high-performance, general-purpose serial I/O chip-to-chip and board-to-board interconnect technology, PCIe provides a cost-effective, low-pin-count interface with maximum bandwidth per pin. Unlike the traditional PCI, PCI-X and AGP bus structures, PCIe uses a point-to-point serial structure. By using differential signals to transmit information, half-duplex communication is upgraded to full-duplex, and at the same time, through the one-positive and one-negative mirroring mode of transmission, noise disturbances can be quickly detected and corrected, thus realising a significant increase in transmission frequency and rate.

Key technical features of the PCIe standard include:

High-bandwidth, point-to-point interconnect: I/O bandwidth is scalable up to 64GBps, with a signal transmission rate of 8GHz

Scalable bandwidth: Supports multiple interconnect widths from 1-32 PCI Express lanes to meet different system requirements

Software compatibility: Builds on existing PCI infrastructure and is compatible with existing operating systems and device driver interfaces.

Advanced feature support: including power management, hot-plugging, data integrity, advanced error logging and reporting, QoS, and more

With the popularity of 5G technology and the explosive development of the Internet of Things (IoT), the storage, transmission, and processing of massive amounts of data have put forward higher requirements for interface bandwidth. PCIe technology has also evolved rapidly from the initial Gen1 (2.5GT/s) to the latest Gen7 standard, with bandwidth doubling in each generation. In particular, PCIe 6.0 as PCIe since the introduction of the most significant changes in the evolution of the use of PAM4 four-level pulse amplitude modulation, data transfer rate growth to 64GT / s, to achieve the goal of doubling across generations. As the data centre, high-speed network and other applications in the new equipment ‘heart’, PCIe clock devices in this technology evolution process plays a crucial role.

The Renesas PCIe clock product family includes:

1. PCIe Gen1-Gen7 Clock Generators

Renesas' PCIe clock generator series covers from Gen1 to the latest Gen7 standards, providing a stable clock signal source for a wide range of application scenarios. These devices support 1.8V/1.5V ultra-low-power design with LP-HCSL (Low Power High Speed Current Control Logic) outputs, which can save up to 85% power consumption compared to traditional HCSL outputs.

2. PCIe Gen1-Gen7 Clock Buffers

Clock buffers are key devices used in timing circuits to replicate and distribute clock signals, converting an input clock signal into multiple output signals of the same phase while maintaining signal integrity and low jitter characteristics.

3. PCIe Gen1-Gen7 Clock Multiplexers

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