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PC Server

High-performance PC servers form the backbone of modern industrial IT. They handle key tasks such as data storage, virtualization, production control, and secure communication while ensuring high availability in demanding environments.

Subcategories

1.1 - (Standard Computer Systems) Maximizing Performance of Your PC Server
1.1.1 - (Server Solutions) Maximizing Efficiency with Standard PC Server Solutions
1.1.2 - (Desktop (horizontal)) Maximizing Efficiency with Standard PC Server and Desktop Systems
1.1.3 - (Tower Case) Maximizing Performance Through Standard PC Server Tower Cases
1.2 - (All-In-One PC) Maximizing Efficiency with an All-In-One PC Server Solution
1.2.1 - (All-In-One PC 4:3) Maximizing Efficiency with All-In-One 4:3 PC Servers
1.2.2 - (All-In-One PC 16:9) Maximizing Your Efficiency with an All-In-One PC Server 16:9
1.3 - (Medical) Securing Medical Data on a PC Server
1.3.1 - (Computer) Maximizing PC Server Efficiency in Medical Computer Systems
1.3.2 - (Touch Monitor) Utilizing Touch Monitor Technology in Medical PC Server Systems.
1.4 - (Rack Workstation) Maximizing Performance with PC Server Rack Workstations
1.4.1 - (4U Height) 4U Height Rack Workstation for PC Server Applications
1.4.2 - (2U Height) Getting the Most Out of Your 2U Height PC Server Rack Workstation
1.4.3 - (1U Height) Maximizing Space Efficiency with a 1U Rack Workstation for Your PC Server.
1.4.4 - (1U Barebone System) Optimizing Performance with a 1U Barebone System for PC Server and Rack Workstation
1.5 - (Portable Systems) Maximizing Efficiency with Portable PC Servers
1.5.1 - (Portable Measuring Systems) Exploring the Benefits of Portable Measuring Systems for PC Server and Portable Systems.
1.5.2 - (Industrial Notebooks) Maximizing Efficiency with Portable Systems and Industrial Notebooks for PC Server Applications
1.6 - (Professional Accessories) Optimizing Your Professional PC Server with the Right Accessories
1.7 - (OEM Components) Maximizing Efficiency with OEM Components for PC Server Systems
1.7.1 - (ISA Mainboards) Selecting the Right OEM Components for PC Server ISA Mainboards
1.7.2 - (Slot-CPUs) Maximizing Performance with OEM Components and Slot-CPUs for PC Servers
1.7.3 - (Backplanes) Exploring the Benefits of OEM Components and Backplanes for PC Server Systems
1.7.4 - (Cases for Industrial Computing) Finding the Right PC Server Cases and OEM Components for Industrial Computing
1.7.5 - (Industrial Power Supplies) Selecting the Right OEM Components and Industrial Power Supplies for Your PC Server
1.7.6 - (PC Accessories) Maximizing Performance with OEM Components and PC Accessories for PC Servers
1.7.6.1 - (Keyboards 19") Upgrading Your PC Server with 19 OEM Keyboards and Components
1.7.7 - (PC/104) Maximizing Performance of OEM Components in PC/104 Servers
1.7.8 - (Embedded Components) OEM Components for PC Server and Embedded Systems
1.7.8.1 - (CPU Embedded) Maximizing Performance with PC Server and OEM Embedded Components Including CPU Embedded Solutions
1.7.8.1.1 - (CPU i3 / i5 / i7) PC Server Solutions with OEM Components and CPU Embedded i3 / i5 / i7
1.7.8.1.2 - (CPU Embedded Celeron Pentium) Exploring the Benefits of OEM Components for PC Server with Embedded Celeron or Pentium CPUs
1.7.8.2 - (RAM) Maximizing Your PC Server with OEM and Embedded Components, RAM Included!
1.7.8.2.1 - (RAM DDR3) Maximizing Performance with OEM Components, RAM DDR3 and PC Server Solutions
1.7.8.2.2 - (RAM DDR3L) Optimizing Performance of PC Server with OEM and Embedded Components: A Guide to DDR3L RAM
1.7.8.2.3 - (RAM DDR4) Choosing the Right OEM Components and RAM DDR4 for Your PC Server
1.7.8.3 - (SSD) Maximizing Performance with PC Server, OEM Components, Embedded Components, and SSDs
1.7.8.3.1 - (CompactFlash Cards) Maximizing Performance with OEM Components, SSDs, and CompactFlash Cards for PC Servers
1.7.8.3.2 - (SATA DOM) PC Server Upgrades Using OEM Components, Embedded Components, SSD, and SATA DOM.
1.7.8.3.3 - (SSD MLC) Maximizing Performance with PC Server and OEM Embedded Components Featuring SSD and SSD MLC
1.7.8.3.4 - (SSD SLC) OEM Components and Embedded Components for PC Server with SSD SLC Storage Solutions
1.7.8.4 - (DOM) Optimizing OEM Components for Embedded Systems in PC Servers with DOM
1.7.8.5 - (DOM 2,5") Comparing OEM Components and Embedded Components for PC Server DOM 2,5
1.7.8.6 - (CF Cards) Exploring the Benefits of Using OEM Components and Embedded Components with PC Servers and CF Cards
1.7.8.7 - (DOC M-Systems) Optimizing Performance with OEM Components and Embedded Components from DOC M-Systems for PC Servers
1.7.8.8 - (COM) Maximizing Efficiency with OEM and Embedded Components for PC Server COMs
1.7.9 - (PoE Line) Maximizing Performance with OEM Components and PoE Line for PC Server
1.7.9.1 - (PoE Splitter) Maximizing Performance with PC Server and OEM Components Powered by PoE Line and PoE Splitter
1.7.9.2 - (PoE Injector) Maximizing Performance with PoE Injector and OEM Components for PC Server Connectivity
1.7.9.3 - (PoE Switches) Maximizing Efficiency with PC Server and OEM Components Using PoE Line and PoE Switches
1.7.9.4 - (PoE Long Range) Maximizing Performance with PoE Long Range and OEM Components on PC Server
1.8 - (mPCIe M.M M2M) Maximizing Connectivity with mPCIe M.2 M2M Solutions for PC Servers
1.8.1 - (mPCIe Modules) Maximizing Performance of mPCIe M.M M2M Modules in PC Server Applications

Products

521 products

No. Code Product Price Quantity
1.8.1 mPCIe to Dual SATA III RAID Module WT EMPS-32R1-W1-A71
mPCIe to Dual SATA III RAID Module WT

- **Dual SATA III Interface:** Converts a single mPCIe slot into two independent SATA III (6 Gb/s) ports, enabling connection of two SATA storage devices such as SSDs or HDDs. - **Hardware RAID Support:** Integrated hardware RAID controller supporting RAID 0 (striping) and RAID 1 (mirroring) configurations for performance optimization or data redundancy. - **AHCI and Port Multiplier Support:** Fully compliant with the Advanced Host Controller Interface (AHCI) standard, ensuring broad compatibility with modern operating systems and supporting port multiplier functionality for multiple device management. - **Hot-Swap Capability:** Allows drives to be replaced or added without system shutdown, improving serviceability and uptime in mission-critical applications. - **Native Command Queuing (NCQ):** Enhances performance by optimizing the order of read/write commands to reduce latency and improve throughput. - **Low Power Consumption:** Engineered for energy-efficient operation, ideal for embedded and mobile platforms where power efficiency is critical. - **Industrial-Grade Design:** Built with high-quality components and a 30µ-inch gold-plated connector (golden finger) for superior durability, corrosion resistance, and long-term reliability in harsh environments. - **Compact Form Factor:** Measuring only 51 mm × 30 mm, the module fits standard full-size mPCIe slots, making it suitable for compact embedded systems, industrial PCs, and edge computing devices. - **Extended Temperature and Reliability:** Designed and manufactured in Taiwan under strict industrial standards, ensuring consistent performance in demanding conditions. - **Warranty:** Backed by a 3-year manufacturer warranty, reflecting Innodisk’s commitment to product quality and reliability.

Manufacturer: Innodisk

Category: mPCIe Modules

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1.8.1 mPCIe to four SATA III WT EMPS-3401-W1-A71
mPCIe to four SATA III WT

- **Four SATA III Ports:** Converts a single mPCIe 2.0 interface into four SATA III (6 Gb/s) channels, enabling connection of up to four independent SATA storage devices. - **High-Speed Data Transfer:** Supports SATA III interface with a maximum throughput of 6 Gb/s per port, ensuring fast and stable data transmission. - **AHCI and Port Multiplier Support:** Fully compatible with the Advanced Host Controller Interface (AHCI) standard and supports Port Multiplier technology for efficient multi-drive management. - **Native Command Queuing (NCQ):** Enhances performance by optimizing the order of read/write commands, reducing latency and improving overall I/O efficiency. - **Error Reporting and Recovery:** Integrated support for error detection, reporting, and correction mechanisms to ensure data integrity and system reliability. - **Industrial Temperature Range (Optional):** Available in a wide-temperature version (WT) supporting operation from **-40°C to +85°C**, suitable for harsh industrial environments. - **Durable Gold-Plated Contacts:** Features **30µ-inch gold finger plating** for enhanced conductivity, corrosion resistance, and long-term durability. - **Industrial-Grade Design:** Built with high-quality components and robust PCB design to withstand vibration, shock, and temperature fluctuations. - **Warranty:** Backed by a **3-year manufacturer warranty**, ensuring long-term reliability and support. - **Manufactured in Taiwan:** Designed, produced, and quality-tested by Innodisk Corporation in Taiwan, ensuring consistent quality and compliance with industrial standards.

Manufacturer: Innodisk

Category: mPCIe Modules

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1.8.1 mPCIe to two USB 3 EMPU-3201-C1-A71
mPCIe to two USB 3

mPCIe 2.0 to two USB 3, Innodsik

Manufacturer: Innodisk

Category: mPCIe Modules

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1.8.1 mPCIe to two USB 3 WT EMPU-3201-W1-A71
mPCIe to two USB 3 WT

- **Dual USB 3.0 Output:** Provides two independent downstream USB 3.0 ports for high-speed data transfer and peripheral connectivity. - **PCI Express 2.0 Compliance:** Fully compliant with the PCI Express Base Specification Revision 2.0, ensuring compatibility with a wide range of embedded and industrial systems. - **USB 3.0 Specification Compliance:** Meets the Universal Serial Bus 3.0 Specification Revision 1.0, supporting data transfer rates up to 5 Gbps per port. - **Industrial-Grade Design:** Built for durability and reliability in harsh environments, with extended temperature tolerance and robust mechanical construction. - **Enhanced ESD Protection:** Complies with EN61000-4-2 standards, providing ESD protection up to ±15kV (air discharge) and ±8kV (contact discharge). - **Gold-Plated Connector:** Features a 30µ-inch gold-plated mPCIe connector for improved conductivity and corrosion resistance, ensuring long-term reliability. - **Low Power Consumption:** Typical power draw of 0.89W (3.3V x 270mA), optimized for energy-efficient embedded applications. - **Compact Form Factor:** Mini PCIe form factor (30.0 x 50.9 x 8.45 mm) suitable for space-constrained systems. - **Wide Temperature Range:** Supports operation from -40°C to +85°C (WT version), ideal for industrial and outdoor applications. - **Long-Term Warranty:** Backed by a 3-year manufacturer warranty, reflecting Innodisk’s commitment to quality and reliability. - **Manufactured in Taiwan:** Ensures high production standards and consistent quality control.

Manufacturer: Innodisk

Category: mPCIe Modules

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1.8.1 mPCIe to Four USB 3 EMPU-3401-C1-A71
mPCIe to Four USB 3

mPCIe to Four USB 3, Innodisk

Manufacturer: Innodisk

Category: mPCIe Modules

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1.8.1 mPCIe to Four USB 3 WT EMPU-3401-W1-A71
mPCIe to Four USB 3 WT

- **PCI Express 2.0 to USB 3.0 Conversion:** Converts a single PCI Express 2.0 lane into four independent USB 3.0 ports, each supporting SuperSpeed data transfer rates up to 5 Gbps. - **Four Independent USB 3.0 Ports:** Provides four USB 3.0 interfaces via two 19-pin box headers (CN1 and CN2). - CN1: Two ports with native power supply. - CN2: Two ports requiring external power input. - **Overcurrent Protection (OCP):** Each USB port includes independent 1.5A overcurrent protection to safeguard connected devices and the host system. - **Compliance and Compatibility:** Fully compliant with **xHCI 1.0** and **USB 3.0 Revision 1.0** specifications, ensuring compatibility with modern operating systems and USB peripherals. - **Battery Charging Support:** Supports **USB Battery Charging Specification Revision 1.2**, enabling faster charging for compatible devices. - **Industrial-Grade Design:** Built for reliability in harsh environments, featuring optional **wide temperature support (-40°C to +85°C)** and **30µ gold-plated connector fingers** for enhanced durability and corrosion resistance. - **Low Power Consumption:** Typical power draw of **1.12W (3.3V x 340mA)**, optimized for embedded and low-power systems. - **Warranty and Reliability:** Backed by a **3-year warranty**, ensuring long-term operational stability and manufacturer support. - **Manufactured in Taiwan:** Designed and produced by Innodisk Corporation, a global leader in industrial embedded solutions.

Manufacturer: Innodisk

Category: mPCIe Modules

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1.8.1 mPCIe to Dual VGA & HDMI EMPV-1201-C1-A71
mPCIe to Dual VGA & HDMI

- **Dual VGA and HDMI/DVI-D Output:** Supports two independent VGA outputs and one HDMI or DVI-D Single Link output, allowing flexible multi-display configurations. - **High-Resolution Support:** - VGA output supports resolutions up to **1920 × 1440 pixels at 75 Hz** vertical refresh rate. - HDMI and DVI-D Single Link outputs support up to **1080p (1920 × 1080)** resolution. - **Ultra-Low Power Consumption:** Typical power draw of **1.98 W (3.3 V × 600 mA)** ensures energy efficiency and minimal thermal load. - **Image Rotation Capability:** Supports **90°, 180°, and 270°** on-screen image rotation for flexible display orientation. - **Industrial-Grade Design:** Built with high-reliability components, including **30 µ-inch gold-plated edge fingers** for enhanced durability and signal integrity. - **Legacy BIOS Compatibility:** Designed for systems with BIOS supporting **Legacy mode only**. - **Long-Term Reliability:** Backed by a **3-year manufacturer warranty**. - **Manufactured in Taiwan** under strict quality control by Innodisk, ensuring consistent performance in industrial environments.

Manufacturer: Innodisk

Category: mPCIe Modules

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1.8.1 mPCIe to VGA & 18/24 LVDS EMPV-1202-C1-A71
mPCIe to VGA & 18/24 LVDS

- **Dual Display Output:** Supports both VGA and LVDS outputs, enabling flexible display configurations for embedded systems. - **High-Resolution VGA Output:** Provides VGA output up to **1920 × 1440 pixels** at **75 Hz vertical refresh rate**, ensuring crisp and stable image quality. - **LVDS Display Support:** - **EMPV-1202-C1:** Supports **18-bit panel** and **24-bit JEIDA LVDS** format. - **EMPV-1202-C2:** Supports **24-bit VESA LVDS** format. - **Image Rotation Capability:** Allows **90°, 180°, and 270° rotation** of on-screen images for flexible display orientation. - **Industrial-Grade Design:** Built for reliability in harsh environments, featuring **30µ” gold-plated connector fingers** for enhanced durability and signal integrity. - **Compact Form Factor:** Mini PCI Express (mPCIe) design for easy integration into embedded systems and industrial PCs. - **Low Power Consumption:** Typical power draw of **1.98 W (3.3V × 600mA)**. - **Wide Operating Temperature Range:** Operates from **0°C to +70°C**, suitable for standard industrial environments. - **Extended Environmental Tolerance:** - **Vibration Resistance:** 5G @ 7–2000 Hz - **Shock Resistance:** 50G @ 0.5 ms - **Long-Term Reliability:** Backed by a **3-year warranty**. - **BIOS Compatibility:** Supports **Legacy BIOS mode only** (UEFI not supported). - **Operating System Support:** Compatible with multiple Windows and Linux distributions (see section 7). - **Manufactured by Innodisk Taiwan:** Ensures consistent quality and adherence to industrial standards.

Manufacturer: Innodisk

Category: mPCIe Modules

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1.8.1 mPCIe to VGA ? LVDS 24b VESA EMPV-1202-C2-A71
mPCIe to VGA ? LVDS 24b VESA

- **Dual Display Output:** Supports both **VGA** and **LVDS** interfaces, allowing flexible display configurations for embedded and industrial systems. - **High-Resolution Support:** - VGA output up to **1920 × 1440 pixels** at **75 Hz** vertical refresh rate. - LVDS output supports resolutions up to **1600 × 1200 pixels**. - **LVDS Format Compatibility:** - **EMPV-1202-C1:** 18-bit and 24-bit JEIDA LVDS. - **EMPV-1202-C2:** 24-bit VESA LVDS (this model). - **Image Rotation Capability:** Supports **90°, 180°, and 270°** on-screen image rotation for flexible display orientation. - **Industrial-Grade Design:** Built for reliability in harsh environments, featuring a **30µ” gold finger connector** for enhanced durability and signal integrity. - **Low Power Consumption:** Typical power draw of **1.98 W (3.3V × 600 mA)**. - **Extended Environmental Tolerance:** - Operating temperature: **0°C to +70°C**. - Storage temperature: **–55°C to +95°C**. - Vibration resistance: **5G @ 7–2000 Hz**. - Shock resistance: **50G @ 0.5 ms**. - **Long-Term Reliability:** Backed by a **3-year warranty**. - **BIOS Compatibility:** Supports **Legacy BIOS mode only** (UEFI not supported). - **Industrial Manufacturing Quality:** Designed and produced by **Innodisk Taiwan**, ensuring consistent quality and compliance with industrial standards.

Manufacturer: Innodisk

Category: mPCIe Modules

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1.8.1 USB to dual Isolated CANbus 2.0B EMUC-B201-W1-A71
USB to dual Isolated CANbus 2.0B

- **Dual Isolated CAN Channels:** Provides two independent CANbus 2.0B channels with galvanic isolation for enhanced signal integrity and protection. - **Backward Compatibility:** Fully compatible with CANbus 2.0A and 2.0B standards, ensuring interoperability with legacy and modern CAN systems. - **High-Speed Communication:** Supports baud rates of 100, 125, 250, 500 (default), 800, and 1000 Kbps, allowing flexible integration into various CAN networks. - **High Throughput:** Capable of receiving up to 6000 CAN messages per second, ensuring efficient data handling in high-traffic networks. - **Persistent Configuration:** Retains configuration settings after hardware reboot, minimizing downtime and simplifying system recovery. - **Listen-Only Mode:** Enables passive monitoring of CAN traffic without affecting bus communication, ideal for diagnostics and analysis. - **Acceptance Filter Support:** Allows selective message filtering to reduce CPU load and improve processing efficiency. - **SocketCAN Compatibility:** Includes additional driver support for Linux SocketCAN, enabling native integration with Linux-based systems. - **Optional Protocol Support:** Variants available for SAE J1939 and CANopen high-layer protocols. - **Electrical Protection:** - Surge protection: EN61000-4-5 compliant, 2.5kV - HiPOT isolation: IEC 60950-1:2005 + A1:2009 + A2:2013, 2.5kV - ESD protection: EN61000-4-2 compliant, Air 15kV / Contact 8kV - **Industrial Durability:** Wide operating temperature range (-40°C to +85°C) and rugged design for harsh environments. - **Flexible Mounting:** Supports third mounting hole and USB pin header for out-of-minicard installation. - **Gold-Plated Contacts:** 30µ” golden finger connectors ensure long-term reliability and corrosion resistance. - **Warranty:** 3-year limited warranty from Innodisk.

Manufacturer: Innodisk

Category: mPCIe Modules

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1.8.1 USB to dual Isolated CANbus J1939 EMUC-B202-W2-A71
USB to dual Isolated CANbus J1939

- **Dual Isolated CAN Channels:** Provides two independent, galvanically isolated CANbus 2.0B interfaces for simultaneous communication with multiple CAN networks. - **Protocol Support:** Fully supports **SAE J1939** and **CAN 2.0B**, with backward compatibility to **CAN 2.0A**. Optional support for **CANopen** is available in other variants. - **High-Speed Data Throughput:** Capable of handling up to **6000 CAN messages per second** for receive operations, ensuring low latency and high responsiveness in data-intensive applications. - **Flexible Baud Rate Configuration:** Supports multiple baud rates — **100K, 125K, 250K, 500K (default), 800K, and 1000Kbps** — allowing integration with a wide range of CAN networks. - **Persistent Configuration:** Retains configuration settings after hardware reboot, minimizing downtime and simplifying deployment. - **Listen-Only Mode:** Enables passive monitoring of CAN traffic without affecting bus operation, useful for diagnostics and network analysis. - **Acceptance Filter:** Allows selective message filtering to reduce CPU load and improve efficiency. - **SocketCAN Support:** Includes additional driver support for **Linux SocketCAN**, enabling native integration with Linux-based systems. - **Electrical Protection:** - **Surge Protection:** EN61000-4-5 compliant, 2.5kV surge protection. - **HiPOT Isolation:** 2.5kV isolation per IEC 60950-1:2005 + A1:2009 + A2:2013. - **ESD Protection:** EN61000-4-2 compliant, ±15kV (air) and ±8kV (contact). - **Industrial-Grade Design:** Wide operating temperature range from **-40°C to +85°C**, vibration resistance up to **5G**, and shock tolerance up to **50G @ 0.5ms**. - **Compact Form Factor:** Mini PCI Express (mPCIe) form factor with USB 2.0 interface, suitable for embedded and space-constrained systems. - **Flexible Mounting Options:** Includes a third mounting hole and USB pin header for out-of-minicard installation. - **Durable Construction:** 30µ” gold finger contacts for enhanced durability and signal integrity. - **Warranty:** Backed by a **3-year manufacturer warranty**.

Manufacturer: Innodisk

Category: mPCIe Modules

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1.8.1 USB to dual Isolated CANbus CANopen EMUC-B202-W3-A71
USB to dual Isolated CANbus CANopen

- **Dual Isolated CAN Channels:** Provides two independent, galvanically isolated CANbus 2.0B interfaces for simultaneous communication with multiple CAN networks. - **Protocol Support:** Fully supports **CANbus 2.0B**, backward compatible with **CANbus 2.0A**, and includes **CANopen** high-layer protocol support. - **High-Speed Communication:** Supports baud rates of **100K, 125K, 250K, 500K (default), 800K, and 1000Kbps**, ensuring compatibility with a wide range of CAN network configurations. - **High Throughput:** Capable of handling up to **6000 CAN messages per second** in receive mode, ensuring low latency and high data integrity in demanding applications. - **Persistent Configuration:** Retains configuration settings after hardware reboot, minimizing downtime and simplifying system recovery. - **Advanced Filtering:** Includes a **CAN message acceptance filter** for selective message processing and reduced CPU load. - **Listen-Only Mode:** Enables passive monitoring of CAN traffic without affecting bus operation, ideal for diagnostics and network analysis. - **SocketCAN Support:** Provides additional driver support for **Linux SocketCAN**, allowing seamless integration with open-source CAN frameworks. - **Electrical Protection:** - **Surge Protection:** EN61000-4-5 compliant, 2.5kV surge protection. - **HiPOT Isolation:** 2.5kV isolation per IEC 60950-1:2005 + A1:2009 + A2:2013. - **ESD Protection:** EN61000-4-2 compliant, ±15kV (air) and ±8kV (contact). - **Industrial-Grade Design:** Wide operating temperature range from **-40°C to +85°C**, vibration and shock resistance, and durable gold-plated connectors (30µ” golden finger). - **Flexible Mounting:** Supports third mounting hole and USB pin header for out-of-minicard installation. - **Long-Term Reliability:** Backed by a **3-year warranty** and manufactured under strict quality control in Taiwan.

Manufacturer: Innodisk

Category: mPCIe Modules

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1.8.1 USB to 32bit Digital I/O Module EMUI-0D01-W1-A71
USB to 32bit Digital I/O Module

- **32-bit Digital I/O Interface:** Provides 32 programmable digital input/output channels divided into four 8-bit ports (Port A, Port B, Port C, and Port D). - **Programmable I/O Configuration:** Each port can be configured as input or output, allowing flexible control and monitoring setups. - **Selectable I/O Voltage:** Supports selectable VCCIO levels of **3.3V or 5V**, configurable via an onboard DIP switch, enabling compatibility with a wide range of digital logic levels. - **Buffered I/O Design:** Ensures signal integrity and protection with output buffering. - At 5V operation: 32mA source, 32mA sink per channel - At 3.3V operation: 24mA source, 24mA sink per channel - **External Interrupt Support:** Four external interrupt lines available on Port D, configurable for rising or falling edge triggering (INT0–INT3). - **Non-volatile Configuration Retention:** Maintains I/O configuration after hardware reboot, ensuring persistent operational settings. - **Flexible Mounting Options:** Includes a third mounting hole and USB pin header for installation outside of a mini-card slot, enhancing mechanical flexibility. - **Industrial-grade Design:** Built for rugged environments with an operating temperature range of **-40°C to +85°C** and compliance with **EN61000-4-2 ESD protection** (Air: 15kV, Contact: 8kV). - **High Durability Contacts:** Features **30 micro-inch gold-plated fingers** for enhanced conductivity and corrosion resistance. - **Long-term Reliability:** Backed by a **3-year warranty** and manufactured under strict quality control in Taiwan.

Manufacturer: Innodisk

Category: mPCIe Modules

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1.8.1 mPCIe to M.2 A key Module EMXX-0101-W1-A71
mPCIe to M.2 A key Module

- **Standards Compliance:** Fully compliant with the **PCI Express Base Specification** and **Universal Serial Bus (USB) 2.0 Specification**, ensuring broad compatibility with existing system architectures and host controllers. - **Interface Conversion:** Converts a **Mini PCI Express (mPCIe)** interface to an **M.2 A-key or E-key** interface, enabling the use of M.2 wireless communication modules on systems equipped with mPCIe slots. - **Wireless Module Support:** Supports a wide range of **M.2 A-E key wireless modules**, including: - 3G and 4G LTE cellular modules - WLAN (Wi-Fi) modules - WWAN (Wireless Wide Area Network) modules - Bluetooth modules - **Form Factor Compatibility:** Compatible with **M.2 2230** and **M.2 2242** form factors, accommodating both short and medium-length M.2 cards. - **Configurable PCIe Lanes:** Supports **PCIe Lane 0** and **PCIe Lane 1** selection via onboard **pin header jumper settings**, allowing flexible configuration depending on the host system’s PCIe lane routing. - **Industrial-Grade Design:** Designed for **wide temperature operation** from **-40°C to +85°C**, making it suitable for harsh industrial environments, embedded systems, and outdoor applications. - **Mechanical Robustness:** Built to withstand **vibration up to 5G (7–2000 Hz)** and **shock up to 50G (0.5 ms)**, ensuring stable performance in rugged conditions. - **Compact Dimensions:** With a footprint of **30 mm (W) x 54.4 mm (L) x 8.15 mm (H)**, the module fits easily into compact embedded systems and industrial PCs. - **Ease of Integration:** Plug-and-play design with standard connectors and jumper settings simplifies installation and configuration.

Manufacturer: Innodisk

Category: mPCIe Modules

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1.8.1 mPCIe to M.2 E key Module EMXX-0101-W2-A71
mPCIe to M.2 E key Module

The **EMXX-0101-W2-A71** is a compact, industrial-grade adapter module designed to convert a **mini PCI Express (mPCIe)** interface into an **M.2 E key** interface. It enables system integrators and developers to expand connectivity options in embedded systems, industrial PCs, and IoT devices by supporting modern M.2 wireless communication modules. **Primary Features:** - **PCI Express Base Specification Compliance:** Fully compliant with the PCI Express Base Specification, ensuring reliable high-speed data transfer and compatibility with standard PCIe signaling. - **USB 2.0 Specification Compliance:** Supports USB 2.0 interface for modules requiring USB connectivity, such as Bluetooth or WWAN modules. - **M.2 A-E Key Support:** Designed to accommodate M.2 A or E key modules, providing flexibility for various wireless communication standards. - **Wireless Module Compatibility:** Supports M.2 wireless modules including **3G, 4G, WLAN, WWAN, and Bluetooth** devices. - **Form Factor Support:** Compatible with **M.2 2230** and **M.2 2242** form factors, allowing integration of short and mid-length M.2 modules. - **Selectable PCIe Lanes:** Supports **PCIe Lane 0 and Lane 1** selection via pin header jumper settings, enabling flexible configuration depending on system requirements. - **Industrial Temperature Range:** Designed for harsh environments with an operational temperature range from **-40°C to +85°C**, and storage temperature from **-55°C to +95°C**. - **Rugged Environmental Tolerance:** Built to withstand vibration up to **5G @ 7–2000Hz** and shock up to **50G @ 0.5ms**, ensuring reliability in industrial and mobile applications. - **Compact Design:** Small footprint (30 x 54.4 x 8.15 mm) suitable for space-constrained embedded systems. - **High Reliability:** Industrial-grade components and design for long-term operation and stability.

Manufacturer: Innodisk

Category: mPCIe Modules

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1.8.1 mPCIe to M.2 B key Module EMXX-0102-W1-A71
mPCIe to M.2 B key Module

- **Interface Conversion:** Converts a mini PCI Express (mPCIe) slot into an M.2 B key interface, enabling the use of M.2 modules in systems that only provide mPCIe connectivity. - **Form Factor Support:** Compatible with **M.2 2230** and **M.2 2242** form factors, accommodating a wide range of M.2 devices such as SSDs, WWAN, or GNSS modules. - **Multi-Interface Compatibility:** - **PCI Express (PCIe)** signal support for high-speed data transfer. - **USB 2.0** interface support for communication modules. - **SATA III** interface support for storage devices. - **Industrial-Grade Design:** Built for rugged environments with an operational temperature range of **-40°C to +85°C**, ensuring stable performance in harsh industrial or outdoor conditions. - **Durable Connector Finish:** Equipped with **30 micro-inch (30µ”) gold-plated contacts** for enhanced conductivity, corrosion resistance, and long-term durability. - **High Reliability:** Designed and manufactured under strict quality control in **Innodisk’s Taiwan facility**, ensuring consistent performance and reliability. - **Warranty:** Backed by a **3-year manufacturer warranty**, reflecting Innodisk’s confidence in product longevity and quality. - **Compliance:** Fully compliant with **PCI Express Base Specification**, **Universal Serial Bus 2.0 Specification**, and **Serial ATA Revision 3.0 (SATA III)** standards. - **Compact Dimensions:** Small footprint (30 x 54.4 x 6.4 mm) suitable for embedded systems, industrial PCs, and space-constrained designs. - **Environmental Robustness:** Tested for vibration and shock resistance to meet industrial-grade reliability standards.

Manufacturer: Innodisk

Category: mPCIe Modules

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1.8.1 PCIe to four isolated PoE/PoE+ Module ESPL-G4P1-C1-A71
PCIe to four isolated PoE/PoE+ Module

- **Four Isolated GbE LAN Ports:** Each port operates independently, providing electrical isolation to enhance system reliability and prevent cross-interference between channels. - **Four Independent PSE Channels:** Each channel can supply power individually, supporting both IEEE 802.3af (PoE) and IEEE 802.3at (PoE+) standards. - **IEEE 802.3af Compliance:** Delivers up to **15.4W at 48V** per PoE port, suitable for standard PoE devices such as IP cameras, VoIP phones, and wireless access points. - **IEEE 802.3at Compliance:** Supports up to **25.5W at 54V** per PoE+ port, enabling connection of higher-power devices such as PTZ cameras, industrial sensors, and network controllers. - **Flexible Power Input:** Accepts **12V–24V DC input** via a 6-pin PCIe-ATX connector, allowing integration into a wide range of system power configurations. - **Total Power Output:** Provides a **total power budget of 75W**, distributed across four PoE/PoE+ ports. - **Enhanced Protection:** Complies with **EN61000-4-5 2kV surge protection**, safeguarding connected devices and the host system from transient voltage spikes and electrical surges. - **High-Quality Connector Interface:** Features **30µ (micron) gold-plated PCIe fingers** for improved conductivity, reduced contact resistance, and extended durability. - **Warranty:** Backed by a **3-year manufacturer warranty**, ensuring long-term reliability and support. - **Operating Temperature Options:** Available in two variants: - **ESPL-G4P1-C1:** Standard temperature range (0°C to +70°C) - **ESPL-G4P1-W1:** Wide temperature range (-40°C to +85°C)

Manufacturer: Innodisk

Category: mPCIe Modules

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1.8.1 PCIe to four isolated PoE/PoE+ Module WT ESPL-G4P1-W1-A71
PCIe to four isolated PoE/PoE+ Module WT

- **Four Isolated Gigabit Ethernet Ports:** Each port provides independent Gigabit Ethernet connectivity with full electrical isolation, ensuring robust signal integrity and protection against electrical interference. - **Four Independent PSE Channels:** Each PoE port functions as a Power Sourcing Equipment (PSE) channel, capable of delivering power independently to connected Powered Devices (PDs). - **IEEE 802.3af and IEEE 802.3at Compliance:** - **IEEE 802.3af (PoE):** Supports up to 15.4W at 48V per port. - **IEEE 802.3at (PoE+):** Supports up to 25.5W at 54V per port. This dual compliance ensures compatibility with a wide range of PoE and PoE+ devices such as IP cameras, VoIP phones, and industrial sensors. - **Flexible Power Input:** Accepts 12V to 24V DC input via a 6-pin PCIe-ATX connector, allowing integration into diverse system power architectures. - **Total Power Delivery:** Provides a total power budget of up to 75W across all four ports. - **Enhanced Electrical Protection:** Complies with EN61000-4-5 2kV surge protection standards, safeguarding against transient voltage spikes and electrical surges. - **High-Durability Connector Interface:** Features a 30µ-inch gold-plated PCIe finger for improved conductivity, corrosion resistance, and long-term reliability. - **Wide Temperature Range (W1 Model):** Designed for industrial environments with an operational temperature range of -40°C to +85°C. - **Warranty:** Backed by a 3-year manufacturer warranty, ensuring long-term reliability and support.

Manufacturer: Innodisk

Category: mPCIe Modules

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1.8.1 CFast to SATA Module EZSS-0101-C1-A71
CFast to SATA Module

- **SATA III Compliant:** Fully supports the SATA Revision 3.0 specification, offering data transfer rates up to **6.0 Gb/s**. - **SATA to CFast Pass-Through Design:** Provides a transparent bridge between a CFast card and a SATA interface, allowing the host system to communicate directly with the CFast card without additional drivers or firmware translation. - **Industrial Temperature Range:** Operates reliably in extreme environmental conditions from **-40°C to +85°C**, suitable for ruggedized and mission-critical applications. - **Industrial-Grade Design:** Built with high-quality components and PCB materials to ensure durability, stability, and long-term operation in industrial and embedded systems. - **Compact Form Factor:** Designed for easy integration into space-constrained systems such as embedded controllers, industrial PCs, and automation equipment. - **3-Year Warranty:** Backed by Innodisk’s standard industrial warranty, ensuring product reliability and long-term support. - **Manufactured in Taiwan:** Ensures consistent quality control and adherence to international manufacturing standards. - **Plug-and-Play Operation:** No additional software or drivers required; the module functions as a transparent hardware adapter. - **RoHS Compliant:** Environmentally friendly design adhering to hazardous substance restrictions.

Manufacturer: Innodisk

Category: mPCIe Modules

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1.8.1 SATADOM to SATA Module EZSS-0102-C1-A71
SATADOM to SATA Module

- **SATA III Compliant Interface:** Fully compliant with the SATA Revision 3.0 (SATA III) standard, supporting data transfer rates up to 6.0 Gb/s. Ensures backward compatibility with SATA II (3.0 Gb/s) and SATA I (1.5 Gb/s) devices. - **SATA to SATADOM Pass-Through Design:** The module functions as a direct pass-through adapter, allowing a SATADOM device to connect to a standard SATA port without additional signal conversion. This design minimizes latency and maintains full data integrity. - **Dual Power Supply Support:** Supports **power delivery through SATA Pin 7 and Pin 8**, providing flexible power sourcing options depending on the host system configuration. This feature simplifies integration in systems where external power cables are limited or unavailable. - **Industrial Temperature Range:** Designed for extreme environmental conditions, the module operates reliably within a **wide temperature range of -40°C to +85°C**, and can be stored between **-55°C and +95°C**. This makes it ideal for industrial automation, transportation, and outdoor embedded systems. - **Rugged Industrial Design:** Built with high-quality materials and components to withstand vibration and shock. The module is tested for **vibration resistance up to 5G (7–2000Hz)** and **shock resistance up to 50G for 0.5ms**. - **Compact Form Factor:** With dimensions of **50mm (W) x 40mm (L) x 13.08mm (H)**, the EZSS-0102-C1-A71 offers a small footprint suitable for space-constrained embedded systems. - **3-Year Warranty:** Backed by Innodisk’s standard **3-year limited warranty**, ensuring long-term reliability and support for industrial deployments. - **Manufactured in Taiwan:** Produced under strict quality control standards at Innodisk’s Taiwan manufacturing facilities, ensuring consistent performance and durability.

Manufacturer: Innodisk

Category: mPCIe Modules

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