Tuulettimen-Ulkoinen kiintolevy NVME TypeC3.1 USB 10Gbps M.2 NVME SSD kotelo

Tuulettimen kanssa-Ulkoinen kiintolevy NVME TypeC3.1 USB 10Gbps M.2 NVME SSD kotelo

Pääohjaussiru RTL9210

ei tue SATA-protokollaa m.2 NGFF

---------------------------------------------------------------

Yksi kovalevykotelo.

Yksi USB-tyypin C-kaapeli 30cm

1 Kpl= 13euroa

2 kpl= 22euroa

Yhteensä 15 kpl

----------------------------------------------------------------------

nvme USB-sovitin sopii NVMe M-Key/M+B Key M.2 SSD:lle (PCIe-pohjainen), sopii SSD-koolle 2242/2260/2280, yhteensopiva Samsung/Toshiba/Crucial/Kingston/... Seagate kanssa /WD/OWC/Sabrent ja muut SSD-levyt

M.2 SSD -kotelo tukee Windows/Mac/Linux-järjestelmiä, käytä USB-C-kannettavia ja pöytäkoneita tai OTG-yhteensopivia puhelimia

-----------------------------------------------------------------------------

USB 3.1 GEN2 to PCI EXPRESS GEN3x2. BRIDGE

General Description

The Realtek RTL9210 is a USB (Universal Serial Bus) bridge that combines a USB device with both a PCI Express (PCIe) controller . Via the PEDET interface of M.2 mechanical, the RTL9210 can auto switch USB-to-PCIe mode

The RTL9210 supports USB 3.1 GEN2 (Super Speed Plus). It is compatible with USB 3.1 GEN1 (Super Speed), USB High Speed, and Full Speed. It can work normally with auxiliary power. The Mass Storage transaction supports both Bulk Only Transfer (BOT) and USB Attached SCSI Protocol (UASP). For USB, it provides up to 10Gbps bandwidth.

In USB-to-PCIe mode, the RTL9210 supports PCIe Gen3 x2. For PCIe, it provides up to 16Gbps bandwidth. It has full backward compatibility for PCIe Gen2/Gen1 and link width 1 lanes. It supports PCIe 3.0 LTR (Latency Tolerance Reporting). To further reduce power consumption, the RTL9210 supports link power management (PCIe L1. Off and L1. Snooze), PCI MSI (Message Signaled Interrupt) and MSI-X.

In USB-to-PCIe mode, the RTL9210 provides the function of a PCIe host. The PCIe host supports NVM Express, which is an interface that allows a host driver to communicate with an NVMe SSD (Solid-State Disk). The NVMe driver is embedded in customized RAM/Rom/SPI Flash.

The RTL9210 supports the Type-C connector. It supports a dynamically switching power state with NVMe/USB power management for power saving mode. It has an algorithm that can balance power consumption and performance.

The RTL9210 is suitable for multiple market segments and emerging applications, such as desktop, mobile, workstation, server, communications platforms, and embedded applications.

Features

General

USB to PCI Express bridge

Integrated with Type-C connector

Supports External Serial Peripheral Interface (SPI) Flash

Supports Customized LEDs (includes blinking frequency and duty cycle)

Supports UART interface

Supports GPIOs/eFUSE

Supports I2C interface

Built-in switching regulator (5V to 1V)

Built-in LDO (5V to 3.3V)

Supports 25MHz crystal clock

68-pin QFN Green package

USB

Link bandwidth up to 10Gbps

Compatible with Full Speed/High Speed/Super Speed/Super Speed Plus

Supports Bulk Only Transfer (BOT) and USB Attached SCSI (UAS) protocol

Supports USB link power management

Supports SCSI command that translation to NVM Express

Type-C

Supports Cable Orientation Detection

PCI Express

Link speed up to 8GT/s

Link width up to 2 lanes

Being compatible with PCI Express Gen1/Gen2/Gen3

Maximum bandwidth up to 16GT/s

Supports LTR (Latency Tolerance Reporting)

Supports PCI MSI (Message Signaled Interrupt) and MSI-X

Supports PCIe link power management, ASPM L1, CLKREQ, and L1 substate

NVM Express

Supports standard command set

Dynamic power state translation

Strong Error handing and recovery

Supports all command set of NVM Express SCSI Translation (e.g., Unmap, Security protocol in/out …)

Supports Security Send and Receive

Supports SMART/Health information

Supports standard command set

Dynamic power state translation

Strong Error handling and recovery

Supports Security Send and Receive

Supports SMART/Health information

Applications

USB3.1 SS+/SS/HS with both PCIE SSD mass storage on motherboard, notebook, Embedded or mobile phone system supporting BOT and UASP mass storage specifications