9-pin USB header splitter, USB 2.0 header splitter with SATA power cable, internal USB hub compatible with CPU/RG

9-pin USB header splitter, USB 2.0 header splitter with SATA power cable, internal USB hub compatible with CPU/RG Description

① [One to Four - 4 Internal USB 2.0 Ports] The 9-pin USB motherboard splitter with 4 internal USB 2.0 ports provides 4 device access ports for the CPU, Wi-Fi receiver, fans, RGB lights, etc., easily solving the problem of insufficient 9-pin ports inside the computer. With this USB 9-pin splitter, you can easily manage and maintain your devices by adding or removing [up to 4] devices as needed. ② [Additional SATA Power Connector] The 9-pin motherboard USB splitter with SATA power connector ensures that SATA devices receive sufficient power during operation to prevent malfunctions or damage due to insufficient power. ③ [High-Quality Materials] The 9-pin USB connector splitter is made of TPC material with a 28AWG pure copper core. 28AWG pure copper has good electrical and thermal conductivity, effectively transmitting electrical signals or current. It is not easily affected by oxidation or corrosion and maintains good electrical conductivity and long-term stability. TPC material is heat-resistant and not prone to knotting or breakage. ④ [Adhesive Backing - Easy to Install] The 9-pin internal USB hub has adhesive backing for easy mounting to the computer system and inside the case. It is easy to install, prevents the hub from sagging inside the computer system, and also provides insulating protection. ⑤ [USB 2.0 - Faster Transfer Speed] The maximum transfer speed of USB 2.0 is 480 Mbps (60 MB/s), and it is backward compatible with USB 1.0 (1.5 MB/s). This 9-pin USB connector can support multiple external devices connected to the computer simultaneously, such as printers, scanners, cameras, etc. ⑥ Color: Black ⑦ Material: Plastic ⑧ Package Contents: ⑨ 1 * USB Header Splitter ⑩ Only the above package contents are included; other products are not included. ⑪ Note: Light reflection and different displays may cause the color of the item in the picture to differ slightly from the actual color.