Elevating Efficiency,
Redefining Performance
Transforming Edge Computing with
Seamless Virtualization
The IEI Virtualization Edge Computer (iVEC) revolutionizes industrial applications by seamlessly integrating virtualization with powerful hardware, boasting remote desktop accessibility for OT professionals. This transformative solution efficiently operates multiple industrial applications on a single physical machine, streamlining device management and optimizing hardware utilization for Edge AI demands. iVEC facilitates flexible workload distribution, scalable infrastructure, and remote maintenance, empowering organizations to elevate efficiency, optimize spending, and embrace the future of edge computing. With features like software-defined networking, remote system restoration, and integration with AI acceleration engines, iVEC drives Industry 4.0 agility, fostering innovation and enhancing operational efficiency for enterprises.
IIoT & OT Challenges
Operational Technology (OT) faces a spectrum of challenges within the Industrial Internet of Things (IIoT) landscape, necessitating nuanced solutions
Device Overload Dilemma
Complex Workload
Management at the Edge
Optimizing Edge AI Processing
TCP/IP & Serial Connection
Simplification
IEI's Innovative Solution Framework
Traditional Legacy Device Management
Advantages of iVEC in Edge Computing
Legacy Applications Integration
Seamlessly transition from older software to a contemporary environment with iVEC, ensuring a gradual system upgrade without disrupting ongoing operations.
Efficient Hardware Optimization
iVEC streamlines device management, optimizes computing resource, and reduces hardware count through virtual machines (VMs), eliminating the need for extra physical computer.
Web-based Remote Desktop Accessibility
Remote access and control for industrial systems, allowing OT professionals to oversee operations from any location with ease.
Flexible Workload Distribution for Enhanced QoS
Boosting efficiency for critical applications with tailored resource allocation. Users can flexibly adjust core counts, distribute resources among virtual machines (VMs), or assign dedicated VMs to high-performance cores.
Energy Optimization
Leveraging the 13th Gen Intel® Core™ hybrid CPU, our solution optimizes energy with dynamic task allocation to efficient cores. Compared to traditional server-grade processors, this advanced technology delivers powerful computing while significantly reducing overall power consumption.
Dynamic TCP/IP & Serial Connection Planning
iVEC ensures seamless compatibility with a diverse range of communication protocols, providing exceptional versatility to configure your industrial automation setup with ease.
Disaster Recovery
iVEC provides a robust framework for seamless remote recovery, migration, replication, and establishing a resilient foundation for disaster recovery planning.
Edge AI Capabilities
iVEC enables innovative Edge AI with advanced CPU acceleration and NVIDIA graphics card support, unleashing optimal performance for diverse AI applications.
Secure OS Integration
Integrated Ubuntu Certified IoT OS ensures optimal hardware compatibility and long-term security support for the operating system
Legacy Applications Integration
Seamlessly transition from older software to a contemporary environment with iVEC, ensuring a gradual system upgrade without disrupting ongoing operations.
Efficient Hardware Optimization
iVEC streamlines device management, optimizes computing resource, and reduces hardware count through virtual machines (VMs), eliminating the need for extra physical computer.
Web-based Remote Desktop Accessibility
Remote access and control for industrial systems, allowing OT professionals to oversee operations from any location with ease.
Flexible Workload Distribution for Enhanced QoS
Boosting efficiency for critical applications with tailored resource allocation. Users can flexibly adjust core counts, distribute resources among virtual machines (VMs), or assign dedicated VMs to high-performance cores.
Energy Optimization
Leveraging the 13th Gen Intel® Core™ hybrid CPU, our solution optimizes energy with dynamic task allocation to efficient cores. Compared to traditional server-grade processors, this advanced technology delivers powerful computing while significantly reducing overall power consumption.
Dynamic TCP/IP & Serial Connection Planning
iVEC ensures seamless compatibility with a diverse range of communication protocols, providing exceptional versatility to configure your industrial automation setup with ease.
Disaster Recovery
IVEC provides a robust framework for seamless remote recovery, migration, replication, and establishing a resilient foundation for disaster recovery planning.
Edge AI Capabilities
iVEC enables cutting-edge Edge AI with advanced CPU acceleration and NVIDIA graphics card support, unleashing optimal performance for diverse AI applications.
Secure OS Integration
Integrated Ubuntu Certified IoT OS ensures optimal hardware compatibility and long-term security support for the operating system
iVEC : Your Ideal Solution for Shaping the Future of Edge Computing
 |
 |
|
|---|---|---|
| iVEC Solution | VS. | Traditional IPC |
| RS232/485/DIO By project requirements |
Serial Connection | Limited by IPC original I/O |
| One/Two cable (Bridge, NA, redundancy support) |
Network Connection | Multi-cable |
| YES (Linux & Windows) | Multi OS | N/A |
| Low | OPEX | High |
| Integrated single host | Hardware Host | Multi physical host |
| YES | Remote Monitoring | N/A |
| YES | Web-based Remote Desktop | N/A |
| YES | Disaster Recovery | N/A |
| Flexible Built-in GPU shared by multi-host |
Edge AI Capability | Not flexible |
| Dynamic assigned | Add-on GPU | Limited by host |
Advanced Edge Computing Virtualization Solution
What sets iVEC apart from IT
Virtualization Software?
|
 |
|
|---|---|---|
| iVEC | VS. | IT Base Virtualization Software |
| Yes | Serial Connection in VM | N/A |
| Yes (Web base) | Virtual Desktop Console for Managing VM | N/A |
| Yes (iGPU) | Build-in AI Acceleration | N/A (external GPU Card) |
| Yes (CPU Core Pinning) |
Edge CPU Optimization (Core-I P-Core and E-Core) |
N/A |
| Yes | Build-in VM Auto Backup Function | N/A (add on backup software) |
| Industrial Venue | Target Environment | Data Center |
| YES | VM Audio Support | N/A |
| YES | Host Recovery | N/A (add on recovery software) |
| Hardware Embedded | Software License | Depend on CPU Core |
| No Limit | VM Quantity Limitation | Depend on License |
| IPC or Industrial Server | Hardware | Cloud Server |
| Yes | External Storage Bundled | N/A |
| Yes | POE NIC Support | N/A |
| Yes | Fanless | N/A(air conditioner) |
iVEC : Your Ideal Solution for Shaping the Future of Edge Computing
|
|
|
|---|---|---|
| iVEC Solution | VS. | Traditional IPC |
| RS232/485/DIO By project requirements |
Serial Connection | Limited by IPC original I/O |
| One/Two cable (Bridge, NA, redundancy support) |
Network Connection | Multi-cable |
| YES (Linux & Windows) |
Multi OS | N/A |
| Low | OPEX | High |
| Integrated single host | Hardware Host | Multi physical host |
| YES | Remote Monitoring | N/A |
| YES | Web-based Remote Desktop | N/A |
| YES | Disaster Recovery | N/A |
| Flexible Built-in GPU shared by multi-host | Edge AI Capability | Not flexible |
| Dynamic assigned | Add-on GPU | Limited by host |
Advanced Edge Computing Virtualization Solution
What sets iVEC apart from IT
Virtualization Software?
|
|
|
|---|---|---|
| iVEC | VS. | IT Base Virtualization Software |
| Yes | Serial Connection in VM | N/A |
| Yes (Web base) | Virtual Desktop Console for Managing VM | N/A |
| Yes (iGPU) | Build-in AI Acceleration | N/A (external GPU Card) |
| Yes (CPU Core Pinning) | Edge CPU Optimization (Core-I P-Core and E-Core) | N/A |
| Yes | Build-in VM Auto Backup Function | N/A (add on backup software) |
| Industrial Venue | Target Environment | Data Center |
| YES | VM Audio Support | N/A |
| YES | Host Recovery | N/A (add on recovery software) |
| Hardware Embedded | Software License | Depend on CPU Core |
| No Limit | VM Quantity Limitation | Depend on License |
| IPC or Industrial Server | Hardware | Cloud Server |
| Yes | External Storage Bundled | N/A |
| Yes | POE NIC Support | N/A |
| Yes | Fanless | N/A(air conditioner) |
Innovative Software Capabilities and Functions
Multi-OS Mastery
iVEC enhances your computing capabilities by running multiple operating systems on a single server, optimizing resources and streamlining operations for heightened efficiency.
Advanced Edge Computing
Virtualization Solution
iVEC enables unmatched flexibility and control with seamless access and management of your industrial system from any location. This allows OT professionals to stay connected oversee operations with ease, regardless of their physical location.
Legacy Applications Support
Our solution guarantees compatibility with legacy software, ensuring sustained value for your existing infrastructure while seamlessly adapting to contemporary computing needs.
Edge AI Empowerment
Incorporating our iVEC solution, multiple Virtual Machines dynamically harness the robust computational capabilities of the host system's Intel® Iris® Xe graphics via iGPU passthrough mode. This innovative feature ensures the seamless processing of intricate visual workloads, catapulting your operations to the forefront of cutting-edge AI applications at the edge.
TCP/IP & Serial
Connection Support
TCP/IP and serial connection ports are pivotal components in numerous industrial applications, offering a dependable and standardized method for connecting a variety of industrial devices to facilitate efficient data acquisition. Our solution guarantees compatibility with a diverse array of devices, providing exceptional versatility in configuring your industrial automation setup.
Efficient Hardware Resource Allocation
By integrating Virtual Machines, iVEC optimizes CPU usage to achieve heightened performance, strategically allocates memory for increased stability, streamlines storage management, and efficiently distributes network resources to ensure a responsive network environment.
Secure OS Integration
iVEC features the integrated Ubuntu Certified IoT Platform, a secure operating system meticulously optimized for Intel® CPU-powered devices. This platform ensures extended OS support, a 10-year security guarantee, and seamless compatibility. Moreover, Intel conducts performance optimization verification to achieve maximum efficiency.
iVEC enhances your computing capabilities by running multiple operating systems on a single server, optimizing resources and streamlining operations for heightened efficiency.
iVEC enables unmatched flexibility and control with seamless access and management of your industrial system from any location. This allows OT professionals to stay connected oversee operations with ease, regardless of their physical location.
Our solution guarantees compatibility with legacy software, ensuring sustained value for your existing infrastructure while seamlessly adapting to contemporary computing needs.
Incorporating our iVEC solution, multiple Virtual Machines dynamically harness the robust computational capabilities of the host system's Intel® Iris® Xe graphics via iGPU passthrough mode. This innovative feature ensures the seamless processing of intricate visual workloads, catapulting your operations to the forefront of cutting-edge AI applications at the edge.
TCP/IP and serial connection ports are pivotal components in numerous industrial applications, offering a dependable and standardized method for connecting a variety of industrial devices to facilitate efficient data acquisition. Our solution guarantees compatibility with a diverse array of devices, providing exceptional versatility in configuring your industrial automation setup.
By integrating Virtual Machines, iVEC optimizes CPU usage to achieve heightened performance, strategically allocates memory for increased stability, streamlines storage management, and efficiently distributes network resources to ensure a responsive network environment.
iVEC features the integrated Ubuntu Certified IoT Platform, a secure operating system meticulously optimized for Intel® CPU-powered devices. This platform ensures extended OS support, a 10-year security guarantee, and seamless compatibility. Moreover, Intel conducts performance optimization verification to achieve maximum efficiency.
Ubuntu IoT Platform: Your Secure, Long-Term Host OS Partner
Our iVEC solution boasts the robust and reliable Ubuntu IoT as its host OS, celebrated for its exceptional security support and maintenance extending over 10 years.
With long-term security updates and upgrades of Ubuntu IoT platform, iVEC ensures compatibility, fortifying it against evolving threats and ensuring the resilience of your infrastructure.
Ubuntu IoT is optimized for compatibility with Intel® CPU-powered devices, ensuring seamless integration and enhanced performance.
Ubuntu IoT is also fortified with a server-grade Linux Kernel, guaranteeing unparalleled performance optimization essential for handling intensive workloads in virtualization environments.
Enhancing Industrial Environments:
A Customized, Robust Host System
Edge-Server-Class Computing Capability
The 13th Gen Intel® Core™ CPUs, featuring hybrid core architecture, optimize system performance and power efficiency by effortlessly managing diverse workloads. In contrast to traditional server-grade processors, they deliver robust computing with significantly lower power consumption.
Superior CPU-based AI Boost
Equipped with a low-power integrated GPU, the Intel® Iris® Xe Graphics in the TANK-XM811 is complemented by robust hardware acceleration tailored for low-precision inference on deep neural network models. This configuration not only showcases superior performance but also maximizes efficiency in handling AI workloads, rendering the TANK-XM811 an optimal choice for executing edge AI applications with precision and agility.
Augmented GPU for AI Acceleration
The TANK-XM811 features support for add-on GPU cards, enabling industries to effortlessly manage intricate edge AI workloads. This unleashes the complete potential of artificial intelligence within your applications, ensuring a smooth and efficient computational experience.
Wide Operating Temperature Range
Our system is designed to thrive in conditions ranging from -20°C to 60°C, providing reliability and performance where it matters most.
PCIe Expansion for Rich Connectivity
Our diverse PCIe expansion modules tailor the system to your specific needs, seamlessly integrating with a variety of industrial connectivity expansion, including NVIDIA graphics cards to enhance overall AI performance, providing the flexibility and versatility essential for your industrial setup.
The 13th Gen Intel® Core™ CPUs, featuring hybrid core architecture, optimize system performance and power efficiency by effortlessly managing diverse workloads. In contrast to traditional server-grade processors, they deliver robust computing with significantly lower power consumption.
Equipped with a low-power integrated GPU, the Intel® Iris® Xe Graphics in the TANK-XM811 is complemented by robust hardware acceleration tailored for low-precision inference on deep neural network models. This configuration not only showcases superior performance but also maximizes efficiency in handling AI workloads, rendering the TANK-XM811 an optimal choice for executing edge AI applications with precision and agility.
The TANK-XM811 features support for add-on GPU cards, enabling industries to effortlessly manage intricate edge AI workloads. This unleashes the complete potential of artificial intelligence within your applications, ensuring a smooth and efficient computational experience.
Our system is designed to thrive in conditions ranging from -20°C to 60°C, providing reliability and performance where it matters most.
Our diverse PCIe expansion modules tailor the system to your specific needs, seamlessly integrating with a variety of industrial connectivity expansion, including NVIDIA graphics cards to enhance overall AI performance, providing the flexibility and versatility essential for your industrial setup.
Vertical Solutions with iVEC
Digital Transformation
iVEC empowers industries by seamlessly separating hardware and applications, facilitating trouble-free hardware updates without disrupting critical operations. The act of decoupling software from hardware not only streamlines the process of platform upgrades or transitions but also significantly reduces the financial and technical burdens typically associated with such endeavors. Elevate your business into the future with iVEC's innovative approach to digital transformation.
Automated Optical Inspection (AOI)
iVEC revolutionizes Automated Optical Inspection (AOI) with cutting- edge features. Leveraging the advanced capabilities of its 13th Gen Intel® Core™ CPUs, iVEC enhances computing power, particularly for AI tasks, through its integrated GPU. This not only reduces the need for additional GPU investments but also enables dynamic GPU resource allocation, providing a seamless solution for streamlined remote workload management and added convenience.
Industrial IoT
iVEC stands as an optimal edge server in IIoT environments, renowned for its unparalleled flexibility and storage expandability. Tailored to meet diverse IIoT protocol requirements, iVEC leverages Intel® TCC &TSN to deliver heightened real-time performance. This empowers seamless, dynamic expansion of IOT data through networked storage, ensuring a robust and efficient solution for industrial environments.
Building Automation
iVEC streamlines hardware management for building automation by consolidating multiple edge computers, optimizing resource use and saving space. With virtual machines and features like remote management, remote desktop, and disaster recovery, iVEC offers enhanced control and troubleshooting capabilities, making it an ideal solution for dynamic building automation needs.
Digital Transformation
iVEC empowers industries by seamlessly separating hardware and applications, facilitating trouble-free hardware updates without disrupting critical operations. The act of decoupling software from hardware not only streamlines the process of platform upgrades or transitions but also significantly reduces the financial and technical burdens typically associated with such endeavors. Elevate your business into the future with iVEC's innovative approach to digital transformation.
Automated Optical Inspection (AOI)
iVEC revolutionizes Automated Optical Inspection (AOI) with cutting- edge features. Leveraging the advanced capabilities of its 13th Gen Intel® Core™ CPUs, iVEC enhances computing power, particularly for AI tasks, through its integrated GPU. This not only reduces the need for additional GPU investments but also enables dynamic GPU resource allocation, providing a seamless solution for streamlined remote workload management and added convenience.
Industrial IoT
iVEC stands as an optimal edge server in IIoT environments, renowned for its unparalleled flexibility and storage expandability. Tailored to meet diverse IIoT protocol requirements, iVEC leverages Intel® TCC &TSN to deliver heightened real-time performance. This empowers seamless, dynamic expansion of IOT data through networked storage, ensuring a robust and efficient solution for industrial environments.
Building Automation
iVEC streamlines hardware management for building automation by consolidating multiple edge computers, optimizing resource use and saving space. With virtual machines and features like remote management, remote desktop, and disaster recovery, iVEC offers enhanced control and troubleshooting capabilities, making it an ideal solution for dynamic building automation needs.
Experience Enhanced Remote Efficiency Powered by IEI Remote Management
The IEI Remote Management solution is designed to monitor not just the health of industrial PCs but also virtual machines. This adaptability guarantees ongoing scrutiny of your virtualized infrastructure, enabling the early detection and resolution of potential issues. Embracing our solution amplifies the overall efficiency and reliability of your virtual environment, ensuring optimal performance and minimizing downtime.
Software Spec
| Main Features | Sub Features |
| System Management Console | Web-based management console |
| System Overview Dashboard | ● VM Status Monitoring: VM running and status change ● CPU Utilization Monitoring: CPU utilization ranking ● Memory Utilization Monitoring: Memory utilization ranking ● Network Traffic Bandwidth Monitoring: Network received and transmitted data rate ● Storage Performance Monitoring: Storage read and write data rate |
| Virtual Machine Management | ● VM Creation ● VM Import ● VM Migration ● Virtual Desktop Console Support for Managing VMs: Broswer base ● VM Power Management ● Single VM management: ﹥Information and dashboard: General, System, Display and Sound , Others ,Storage , Network ﹥Real time monitor: CPU usage, Memory Usage, Network Throughput ,Disk Throughput ﹥Sanpshorts management ﹥Logs query ● Edit VM: ﹥Synchornize time ﹥Edit ﹥Clone ﹥Export ﹥Data Protection ﹥Single VM Share link management ﹥Delete VM |
| Data Protection Plan Management | ● Query for Protection Plan ● Creating a Backup Data Protection Plan ● Restoring a Backup Data Protection Plan ● Run Backup Data Protection Plan ● Edit Data Protection Plan ● Delete Data Protection Plan |
| OS Images Management | ● Search OS Image ● Edit OS Image ● Delete OS Image ● Upload OS Image |
| System Management | ● User management ● VM access permissions ● Overall VM Share link management ● Overall VM exported file management |
| System Preferences | ● Memory: ﹥Provisioning System Memory ﹥Memory Optimizer ● Remote Device Credentials Management |
| System Log | ● Query Log ● Save and export Log ● Clear Log |
| Virtual Desktop Console for Managing VM | ● Broswer base remote desktop ● Pin task bar ● Task bar layout option ● VM power management ● Take snapshot ● Display quality setting ● Send function key and custome key ● Full screen ● Capture screen to image ● Audio on/off |
| Supported guest operating systems | ● Microsoft Windows: ﹥Window 11,Window 10,Windows 8.1,Windows 8,Windows 7,Windows XP SP3 ● Windows Server: ﹥Windows Server 2022, Windows Server 2019, Windows Server 2016 ● Linux - Ubuntu: ﹥Ubuntu 22.04 , Ubuntu 20.10 ,Ubuntu 20.04 ,Ubuntu 19.10 ,Ubuntu 19.04 ,Ubuntu 18.10 , Ubuntu 18.04 ,Ubuntu 17.10 ,Ubuntu 17.04 , Ubuntu 16.10 ,Ubuntu 16.04 ● Linux - Debian: ﹥Debian 9.1.0 (Linux kernel: 4.9.0-6),Debian 10, Debian 11, Debian 12 ● Linux - Fedora ﹥Fedora 24 – 26 , Fedora 27–38 ● Linux - Red Hat: ﹥Red Hat Enterprise Linux 7 , Red Hat Enterprise Linux 8 , Red Hat Enterprise Linux 9 ● Linux - CentOS: ﹥CentOS 7.0 - 7.4 , CentOS 8.0-8.5 , CentOS Stream 8/9 ● Linux - SUSE: ﹥Suse Linux Enterprise Server 15 ● UNIX - FreeBSD: ﹥FreeBSD 11 , FreeBSD 12 , FreeBSD 13 |
| Serial connection expansion card for VM | IEI approved RS232/RS485 card |
| AI Acceleration for VM | ● iGPU(CPU Integrated GPU): virtual GPU card support up to 7 VM(base on Intel Core-i9 13900TE) ● Dedicated GPU : NVIDIA GeForce Series Note: The VM enabled AI Acceleration will not support broswer base VM remote desktop |
| NIC expansion card | IEI approved POE NIC Card |
| Maximum number of snapshots | Up to 32 per VM |
| Maximum number of simultaneously running VMs | The number of concurrently-running VMs is generally limited to the available CPU and memory resources of the device. Running multiple VMs at the same time may affect the performance of the device. |
| Maximum number of VMs | No limit |
| Maximum number of virtual devices | Each VM supports up to 16 devices, including hard disks and CD/DVD ROMs. |
| Maximum number of virtual network adapters | Up to 8 per VM |
| Maximum number of physical USB connections | Up to 4 per VM |
| Maximum number of physical PCIe connections | Up to 3 per VM |
| Supported File Types for Import | *.ova, *.ovf, *.vmx, *.qvm(from iVEC), *.vhdx |
| Supported File Types for export | *.ovf, *.qvm, *.vhdx |
| Host OS Support | Ubuntu IoT 22.04 LTS for Intel Platform |
| Hardware Support | IEI approved hardware |
| Application OTA Upgrade | Supported |
| External Storage Support | ● iRM Mini Server (recommended QTS OS V5.1.*) ● iVEC Node ● QNAP Storage (recommended QTS OS V5.1.*) |
| Network | ● IP Configurations: Manual(Static IP) / DHCP(Dynamical IP) Client ● Network Mode: Bridge and NAT ● Network Redundancy Support: Active/Standby mode of operation (for detail setting , please check user manual) ● Virtual Networking Support: Yes Note: ● Support user-defined bridge networks ● Optional Accessories: IEI PoE LAN Module for network expansion |
Hardware Spec
Dimensions (Unit: mm)
| Model | iVEC Appliance | |||
| IVEC-TANKXM811-RPL01-R10 | IVEC-TANKXM811-RPL02-R10 | IVEC-TANKXM811-RPL03-R10 | IVEC-TANKXM811-RPL04-R10 | |
| Form Factor | ||||
| Color | Black | |||
| Dimension (W x D x H) | 137.9 x 255.4 x 230.6 mm | |||
| Fan/Fanless | Fanless (optional external fan helps to increase system performance in harsh environment) |
|||
| Chassis Construction | Extruded aluminum alloys | |||
| Motherboard | ||||
| CPU | Intel® Core™ i9-13900TE 1.0GHz [up to 5.0GHz, 24-Core (8P+16E), 32 Thread, TDP 35W] | Intel® Core™ i7-13700TE 1.1GHz [up to 4.8GHz, 16-Core (8P+8E), 24 Thread, TDP 35W] | Intel® Core™ i5-13500TE 1.3GHz [up to 4.5GHz, 14-Core (6P+8E), 20 Thread, TDP 35W] | Intel® Core™ i3-13100TE 2.4GHz [up to 4.1GHz, 4-Core (4P), 8 Thread, TDP 35W] |
| Virtual CPU | 32 | 24 | 20 | 8 |
| Chipset | Intel® R680E | |||
| System Memory | 1 x 32GB SO-DIMM DDR4 3200MHz (pre-installed) | 1 x 32GB SO-DIMM DDR4 3200MHz (pre-installed) | 1 x 16GB SO-DIMM DDR4 3200MHz (pre-installed) | 1 x 16GB SO-DIMM DDR4 3200MHz (pre-installed) |
| up to 2 x SO-DIMM DDR4 and 64GB, support ECC memory SKU | ||||
| Storage | ||||
| Hard Drive | Host OS: 1 x 2.5" 512GB SATA 6Gb/s SSD (pre-installed) | |||
| VM Storage: 1 x 1TB M.2 2280 M-key SSD(NVME PCIe x4 , pre-installed) | ||||
| I/O Interfaces | ||||
| Ethernet | 2 x RJ45: 1 x Intel I226LM 2.5GbE 1 x Intel I226-V 2.5GbE (Note: I225 LM/-V 2.5GbE in the previous motherboard version) |
|||
| USB 3.2 Gen 2 (10Gb/s) | 8 | |||
| COM | 2 x RS-232/422/485 | |||
| 4 x RS-232 | ||||
| Digital I/O | 12-bit (6-in/6-out) | |||
| Display | 1 x DP++ (up to 4096 x 2160@60Hz) | |||
| 1 x HDMI (up to 4096 x 2160@30Hz) | ||||
| Expansion Slots | ||||
| M.2 | 1 x 2230 A-key (PCIe x1/ USB 2.0 support Intel® vPro) | |||
| Backplane | 2 x PCIe x16 slot (x8 signal, pre-installed, total power up to 75W, support FHHL card) | |||
| Power | ||||
| Power Input | DC Jack: 12V ~ 28V DC | |||
| Terminal Block: 12V ~ 28V DC | ||||
| Remote Power | Terminal Block: 2-pin | |||
| Reliability | ||||
| Mounting | Wall mount | |||
| Operating Temperature | -20°C ~ 60°C with air flow (with SSD), 10% ~ 95%, non-condensing | |||
| Storage Temperature | -40°C ~ 80°C, 10% ~ 95%, non-condensing | |||
| Operating Shock | Half-sine wave shock 5G, 11ms, 100 shocks per axis (with SSD) | |||
| Operation Vibration | MIL-STD-810G 514.6C-1 (with SSD) | |||
| Weight (Net / Gross) | 4.6kg / 5.6kg | |||
| Safety / EMC | CE / FCC | |||
| Watchdog Timer | Programmable 1 ~ 255 sec/min | |||
| OS | ||||
| Host OS | Ubuntu IoT 22.04 LTS for Intel Platform (pre-installed) Ubuntu IoT Certified Device : https://ubuntu.com/certified/202307-31831 |
|||
| Guest OS | Windows / Linux OS (For detail , please software spec) | |||
Ordering Information
| Part No. | Description |
| IVEC-TANKXM811-RPL01-R10 | Ruggedized embedded system with Intel® Core™ i9-13900TE processor, 1 x 32GB DDR4 pre-installed, 2 x PCIe x8 expansion, 2.5”SATA 512GB SSD, M.2 1TB SSD, Ubuntu IoT 22.04 Host OS, iVEC Application, 12~28V DC, 180W AC DC power adapter, RoHS |
| IVEC-TANKXM811-RPL02-R10 | Ruggedized embedded system with Intel® Core™ i7-13700TE processor,1 x 32GB DDR4 pre-installed, 2 x PCIe x8 expansion, 2.5”SATA 512GB SSD, M.2 1TB SSD, Ubuntu IoT 22.04 Host OS, iVEC Application, 12~28V DC, 180W AC DC power adapter, RoHS |
| IVEC-TANKXM811-RPL03-R10 | Ruggedized embedded system with Intel® Core™ i5-13500TE processor,1 x 16GB DDR4 pre-installed, 2 x PCIe x8 expansion, 2.5”SATA 512GB SSD, M.2 1TB SSD, Ubuntu IoT 22.04 Host OS, iVEC Application, 12~28V DC, 180W AC DC power adapter, RoHS |
| IVEC-TANKXM811-RPL04-R10 | Ruggedized embedded system with Intel® Core™ i3-13100TE processor, 1 x 16GB DDR4 pre-installed, 2 x PCIe x8 expansion, 2.5”SATA 512GB SSD, M.2 1TB SSD, Ubuntu IoT 22.04 Host OS, iVEC Application, 12~28V DC, 180W AC DC power adapter, RoHS |
Optional Memory
| Part No. | Description |
| 79F00-G016-022-RS | 16GB, DDR4-3200 SO-DIMM, 260-pin, non-ECC, 0℃~85℃, RoHS |
| 79F00-G032-013-RS | 32GB, DDR4-3200 SO-DIMM, 260-pin, non-ECC, -40℃~95℃, RoHS |
Optional Serial Connection Card
| Card Type | Description |
| Industrial 4-port RS-422/485 PCIE Expansion Card | 4 independent RS-422/485 serial ports; baud rate 50bps ~921.6Kbps; Windows/Linux driver support, 0 to 70°C (32 to 158°F) Signal: RS-422: TxD+, TxD-, RxD+, RxD-, GND 4-wire RS-485: TxD+, TxD-, RxD+, RxD-, GND 2-wire RS-485: Data+, Data-, GND Protection: ±15KV ESD IEC6000-4-2 Air Discharge ±8KV ESD IEC61000-4-2 Contact Discharge ±4KV ESD IEC61000-4-2 Level 2 Line-to-Line 2KV Surge IEC61000-4-5 Level 3 Surge Immunity Test PCB connector: DB44 female (package with DB44 to 4-port DB9 male connection cable, 40 cm) |
| Industrial 4-port RS-232 PCIE Expansion Card | 4 RS-232 serial ports; baud rate 50bps ~ 115.2Kbps; Windows/Linux driver support, 0 to 70°C (32 to 158°F) Signal: DCD, TxD, RxD, RTS, CTS, DTR, DSR, GND, RI ESD Protection: ±15KV Air Gap Discharge ±8KV Contact Discharge PCB connector: DB44 female (package with DB44 to 4-port DB9 male connection cable, 40 cm) |
Packing List
| 1 x Mounting screw | 1 x Wall mounting kit | 1 x Quick start guide | 1 x 180W power adapter | 1 x Power cord |
