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Startech ST2000SPEXI 2 Port Pcie RJ45 Network Card, 10/100/1000Mbit/s

• Two 10/100/1000Mbps compatible RJ-45 Ethernet ports
• Fully Compliant with IEEE 802.3, IEEE 802.3u, IEEE 802.3ab, IEEE802.3ad (link aggregation) and supports IEEE 802.1Q VLAN tagging
• Jumbo Frame support up to 9k bytes
• Teaming Support
• Supports Checksum Offload (IP, TCP, UDP), Transmit Segmentation Offload (TCP, UDP) and Large send Offload
• Wake-on-LAN / Remote Wake-up support
• Configured with standard profile bracket, low profile/half-height bracket included
• Supports Intel® Virtualization Technology (VT-c, VMDq, SR-IOV)
• Four-lane (x4) PCI Express compatible with x4, x8 and x16 PCIe slots
• Compatible with PCI Express Base Specification 2.1 (backward compatible with 1.0a/1.1)
• Double the network bandwidth to a single system through link aggregation / teaming support
• Optimize network traffic with support for advanced features such as Jumbo Frames and VLAN tagging
• Maximize your virtualized server networking efficiency with dedicated ports

• Ideal for VM environments with multiple operating systems, requiring shared or dedicated NICs
• Provide redundant connectivity to ensure an uninterrupted network connection
• Configure a dual-homed proxy or gateway system for an added layer of security
• Specially designed for desktop PC clients, servers, and workstations with few PCI Express slots available 

<h3 class="md-block-header-three">Startech ST2000SPEXI 2 Port Pcie RJ45 Network Card, 10/100/1000Mbit/s</h3><ul class="md-block-unordered-list-item"><li> Bus Type	PCIe</li><li>Network Speed	10/100/1000Mbit/s</li><li>Interface Type	RJ45</li><li>Number of Ports	2</li><li>Wake On LAN	Yes</li></ul>Features &amp; Benefits• Two 10/100/1000Mbps compatible RJ-45 Ethernet ports • Fully Compliant with IEEE 802.3, IEEE 802.3u, IEEE 802.3ab, IEEE802.3ad (link aggregation) and supports IEEE 802.1Q VLAN tagging • Jumbo Frame support up to 9k bytes • Teaming Support • Supports Checksum Offload (IP, TCP, UDP), Transmit Segmentation Offload (TCP, UDP) and Large send Offload • Wake-on-LAN / Remote Wake-up support • Configured with standard profile bracket, low profile/half-height bracket included • Supports Intel® Virtualization Technology (VT-c, VMDq, SR-IOV) • Four-lane (x4) PCI Express compatible with x4, x8 and x16 PCIe slots • Compatible with PCI Express Base Specification 2.1 (backward compatible with 1.0a/1.1) • Double the network bandwidth to a single system through link aggregation / teaming support • Optimize network traffic with support for advanced features such as Jumbo Frames and VLAN tagging • Maximize your virtualized server networking efficiency with dedicated portsApplications• Ideal for VM environments with multiple operating systems, requiring shared or dedicated NICs • Provide redundant connectivity to ensure an uninterrupted network connection • Configure a dual-homed proxy or gateway system for an added layer of security • Specially designed for desktop PC clients, servers, and workstations with few PCI Express slots available

<h3>Startech ST2000SPEXI 2 Port Pcie RJ45 Network Card, 10/100/1000Mbit/s</h3>
<ul>
<li>&nbsp;Bus Type	PCIe</li>
<li>Network Speed	10/100/1000Mbit/s</li>
<li>Interface Type	RJ45</li>
<li>Number of Ports	2</li>
<li>Wake On LAN	Yes</li>
</ul>
Features &amp; Benefits
• Two 10/100/1000Mbps compatible RJ-45 Ethernet ports 
• Fully Compliant with IEEE 802.3, IEEE 802.3u, IEEE 802.3ab, IEEE802.3ad (link aggregation) and supports IEEE 802.1Q VLAN tagging 
• Jumbo Frame support up to 9k bytes 
• Teaming Support 
• Supports Checksum Offload (IP, TCP, UDP), Transmit Segmentation Offload (TCP, UDP) and Large send Offload 
• Wake-on-LAN / Remote Wake-up support 
• Configured with standard profile bracket, low profile/half-height bracket included 
• Supports Intel® Virtualization Technology (VT-c, VMDq, SR-IOV) 
• Four-lane (x4) PCI Express compatible with x4, x8 and x16 PCIe slots 
• Compatible with PCI Express Base Specification 2.1 (backward compatible with 1.0a/1.1) 
• Double the network bandwidth to a single system through link aggregation / teaming support 
• Optimize network traffic with support for advanced features such as Jumbo Frames and VLAN tagging 
• Maximize your virtualized server networking efficiency with dedicated ports
Applications
• Ideal for VM environments with multiple operating systems, requiring shared or dedicated NICs 
• Provide redundant connectivity to ensure an uninterrupted network connection 
• Configure a dual-homed proxy or gateway system for an added layer of security 
• Specially designed for desktop PC clients, servers, and workstations with few PCI Express slots available&nbsp;

ST2000SPEXI Datasheet

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startech st2000spexi port pcie rj45 network card, 10/100/1000mbit/s kartu jaringan rj45, interface cards antarmuka kad rangkaian, nic startech/星泰科技 端口 网卡，10/100/1000mbit/s 网络接口卡 星泰科技

startech-st2000spexi-2-port-pcie-rj45-network-card-10-100-1000mbit-s

How to use this 8 way relay with a Raspberry Pi? 

1. Remove the Yellow Jumper between VCC and JD-VCC pins.

2. Connect an external 5V Power source to JD-VCC & GND: 

    External 5V power supply --> JD-VCC pin External Ground --> GND pin 

    *IMPORTANT* Do not use the 5V power supply from the PI as switching relays can cause the PI 
     to crash and reboot due to sudden spikes in voltage while switching.

3. Connect the PI's GND & 3V3 pins to the Relay's GND & VCC pins respectively: 

    PI's 3v3 GPIO --> VCC pin PI's GND GPIO --> GND pin

 4. Connect PI's GPIO to Relay's IN1 ~ IN8 as needed: 

     [EXAMPLE] PI's GPIO 12 --> IN1 PI's GPIO 16 --> IN2 

     Note: You may use any combination of GPIO to Relay IN{X}. This configuration was chosen 
     because it's easy to draw.

 Possible PI to Relay Wiring Configuration 

**Disclaimer: Picture shown is for illustration purposes only, actual product may differ.

<h3 class="md-block-header-three">8 Channel 5V Relay Module 2PH77506A</h3>How to use this 8 way relay with a Raspberry Pi? ** Guide sheet attached.1. Remove the Yellow Jumper between VCC and JD-VCC pins.<figure class="md-block-image"><img src="https://storage.googleapis.com/eezee-product-images/JPAGvGGmdtnYwHkgSENpmC.png" alt="" /><figcaption class="md-block-image-caption"></figcaption></figure>2. Connect an external 5V Power source to JD-VCC &amp; GND: External 5V power supply --&gt; JD-VCC pin External Ground --&gt; GND pin *IMPORTANT* Do not use the 5V power supply from the PI as switching relays can cause the PI to crash and reboot due to sudden spikes in voltage while switching.<figure class="md-block-image"><img src="https://storage.googleapis.com/eezee-product-images/rxdOcQY~TF99AI76RGh_6Q.png" alt="" /><figcaption class="md-block-image-caption"></figcaption></figure>3. Connect the PI&#x27;s GND &amp; 3V3 pins to the Relay&#x27;s GND &amp; VCC pins respectively: PI&#x27;s 3v3 GPIO --&gt; VCC pin PI&#x27;s GND GPIO --&gt; GND pin<figure class="md-block-image"><img src="https://storage.googleapis.com/eezee-product-images/_A1myNDrhf_GxvoJqGcYVt.png" alt="" /><figcaption class="md-block-image-caption"></figcaption></figure> 4. Connect PI&#x27;s GPIO to Relay&#x27;s IN1 ~ IN8 as needed: [EXAMPLE] PI&#x27;s GPIO 12 --&gt; IN1 PI&#x27;s GPIO 16 --&gt; IN2 Note: You may use any combination of GPIO to Relay IN{X}. This configuration was chosen because it&#x27;s easy to draw.<figure class="md-block-image"><img src="https://storage.googleapis.com/eezee-product-images/dmq7mQYY4Q9OmOmoRsD~ZD.png" alt="" /><figcaption class="md-block-image-caption"></figcaption></figure> Possible PI to Relay Wiring Configuration <figure class="md-block-image"><img src="https://storage.googleapis.com/eezee-product-images/p4F88BmQ7Wu6WyKSsr2WI7.png" alt="" /><figcaption class="md-block-image-caption"></figcaption></figure>What it looks like after wiring it up**Disclaimer: Picture shown is for illustration purposes only, actual product may differ.

<h3>8 Channel 5V Relay Module 2PH77506A</h3>
How to use this 8 way relay with a Raspberry Pi?&nbsp;
** Guide sheet attached.
1. Remove the Yellow Jumper between VCC and JD-VCC pins.

 <div class="img-ctnr">
 <amp-img 
 on="tap:bfvkc"
 tabindex="0"
 role="button"
 class="contain"
 layout="fill"
 src="https://storage.googleapis.com/eezee-product-images/JPAGvGGmdtnYwHkgSENpmC.png"
 ></amp-img>
 </div>
 
 <amp-image-lightbox 
 id="bfvkc" 
 layout="nodisplay"></amp-image-lightbox>

 
2. Connect an external 5V Power source to JD-VCC &amp; GND:&nbsp;
&nbsp;&nbsp;&nbsp;&nbsp;External 5V power supply --&gt; JD-VCC pin External Ground --&gt; GND pin&nbsp;
&nbsp;&nbsp;&nbsp;&nbsp;*IMPORTANT* Do not use the 5V power supply from the PI as switching relays can cause the PI 
 to crash and reboot due to sudden spikes in voltage while switching.

 <div class="img-ctnr">
 <amp-img 
 on="tap:altje"
 tabindex="0"
 role="button"
 class="contain"
 layout="fill"
 src="https://storage.googleapis.com/eezee-product-images/rxdOcQY~TF99AI76RGh_6Q.png"
 ></amp-img>
 </div>
 
 <amp-image-lightbox 
 id="altje" 
 layout="nodisplay"></amp-image-lightbox>

 
3. Connect the PI's GND &amp; 3V3 pins to the Relay's GND &amp; VCC pins respectively:&nbsp;
&nbsp;&nbsp;&nbsp;&nbsp;PI's 3v3 GPIO --&gt; VCC pin PI's GND GPIO --&gt; GND pin

 <div class="img-ctnr">
 <amp-img 
 on="tap:5ltvj"
 tabindex="0"
 role="button"
 class="contain"
 layout="fill"
 src="https://storage.googleapis.com/eezee-product-images/_A1myNDrhf_GxvoJqGcYVt.png"
 ></amp-img>
 </div>
 
 <amp-image-lightbox 
 id="5ltvj" 
 layout="nodisplay"></amp-image-lightbox>

 
&nbsp;4. Connect PI's GPIO to Relay's IN1 ~ IN8 as needed:&nbsp;
&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;[EXAMPLE] PI's GPIO 12 --&gt; IN1 PI's GPIO 16 --&gt; IN2&nbsp;
&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;Note: You may use any combination of GPIO to Relay IN{X}. This configuration was chosen 
 because it's easy to draw.

 <div class="img-ctnr">
 <amp-img 
 on="tap:11icp"
 tabindex="0"
 role="button"
 class="contain"
 layout="fill"
 src="https://storage.googleapis.com/eezee-product-images/dmq7mQYY4Q9OmOmoRsD~ZD.png"
 ></amp-img>
 </div>
 
 <amp-image-lightbox 
 id="11icp" 
 layout="nodisplay"></amp-image-lightbox>

 
&nbsp;Possible PI to Relay Wiring Configuration&nbsp;

 <div class="img-ctnr">
 <amp-img 
 on="tap:3ev26"
 tabindex="0"
 role="button"
 class="contain"
 layout="fill"
 src="https://storage.googleapis.com/eezee-product-images/p4F88BmQ7Wu6WyKSsr2WI7.png"
 ></amp-img>
 </div>
 
 <amp-image-lightbox 
 id="3ev26" 
 layout="nodisplay"></amp-image-lightbox>

 
What it looks like after wiring it up
**Disclaimer: Picture shown is for illustration purposes only, actual product may differ.

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8 Channel Dc 5V Relay Module for Arduino Raspberry Pi Dsp Avr Pic Arm

channel dc 5v relay module arduino raspberry pi dsp avr pic arm modul relai saluran untuk power daya oem geganti oem/oem代工 适用于 通道直流 继电器模块 功率继电器 oem代工 obtfju