NISE-109-E01
The NISE-109-E01 is a compact fanless industrial mini-PC from NEXCOM, powered by the Intel Atom x6211E dual-core processor at 1.3 GHz. Supporting up to 16 GB of DDR4 SO-DIMM memory with IBECC error correction, dual 2.5" SATA III and M.2 storage, and a wide DC 9–30 V input with ATX power mode, the NISE-109-E01 is engineered for continuous fanless operation from −20 °C to +70 °C — a temperature range that covers the majority of industrial, transportation and outdoor-cabinet deployments without supplementary heating or cooling.
Designed as an industrial IoT gateway and embedded automation controller, the NISE-109-E01 combines four serial COM ports (two RS-232 and two RS-232/422/485), dual Intel I210-IT Gigabit Ethernet ports with WoL, PXE and EtherCAT support, and six USB ports in a 185 × 131 × 54 mm chassis. An onboard Mini-PCIe slot accepts optional Wi-Fi, 3.5G or 4G/LTE modules for wireless connectivity, and an optional GPIO module extends discrete I/O capability for direct sensor and relay integration — making it a self-contained edge computing node for factory automation, intelligent transport and smart building infrastructure.
Key Features
- Intel Atom x6211E — Fanless Operation to +70 °C: Dual-core processor at 1.3 GHz with a low TDP optimised for passive thermal dissipation; the x6211E's extended temperature qualification enables fanless operation across −20 °C to +70 °C without active cooling components, eliminating fan maintenance and particulate ingress in dusty, humid or vibration-prone environments
- Dual Intel I210-IT GbE with WoL, PXE and EtherCAT: Two Intel I210-IT controllers provide independent Gigabit Ethernet ports with Wake-on-LAN, network teaming, PXE boot and EtherCAT real-time control support — enabling the NISE-109-E01 to function as an EtherCAT master for servo drives and distributed I/O alongside standard IT network connectivity, without a separate motion controller
- Four COM Ports — RS-232 and RS-232/422/485: Two fixed RS-232 ports and two configurable RS-232/422/485 ports cover the full range of serial communication standards used in industrial equipment, PLC connectivity and legacy machine integration; all four ports are independently accessible, allowing simultaneous connection to multiple devices without a serial hub or USB-to-serial adapter
- Dual Display Output — HDMI 1.4 and DisplayPort 1.4: Independent HDMI and DisplayPort outputs support simultaneous dual-monitor configurations for SCADA operator stations, HMI panels and dual-screen kiosk applications; both outputs operate concurrently from the integrated Intel graphics without a discrete GPU
- Flexible Storage — 2.5" SATA III + M.2 Key B+M: A full-size 2.5" SATA III bay accommodates standard industrial SSDs and HDDs for high-capacity local storage; the M.2 2242 Key B+M socket (SATA/PCIe x1) provides a secondary storage path or NVMe SSD option; combined storage capacity covers OS, application software and local data historian requirements without external drives
- Mini-PCIe Expansion for Wi-Fi and 4G/LTE: Single Mini-PCIe socket accepts optional Wi-Fi (802.11 a/b/g/n/ac), 3.5G or 4G/LTE wireless modules for field deployments where Ethernet cabling is unavailable or impractical; an additional optional GPIO module adds discrete input/output capability for direct integration with sensors, relays and indicator systems
- TPM 2.0, Wide DC Input and ATX Power Mode: Hardware TPM 2.0 supports encrypted storage and secure boot for industrial cybersecurity compliance; DC 9–30 V input with ATX mode support (remote power-on/off) covers both 12 V and 24 V supply rails common in industrial control cabinets; optional 24 V / 60 W power adapter available
NISE-109 Series Variants
The NISE-109 series is available in two processor variants with identical chassis, I/O and connectivity. The E01 variant is recommended for extended-temperature deployments; the E02 provides higher multi-threaded CPU performance for compute-intensive HMI and data processing applications.
| Model | Processor | Cores / Frequency | Operating Temperature |
|---|---|---|---|
| NISE-109-E01 | Intel Atom x6211E | 2 cores / 1.3 GHz | −20 °C to +70 °C |
| NISE-109-E02 | Intel Celeron J6412 | 4 cores / 2.0 GHz | −10 °C to +60 °C |
Both models share the same memory, storage, I/O, networking and expansion specifications. OS support: Windows 10 IoT Enterprise 64-bit, Windows 11 and Linux.
Application Use Cases
Industrial IoT Gateway and Machine Connectivity
The four COM ports and dual Intel I210-IT Gigabit Ethernet ports make the NISE-109-E01 a natural choice for plant-floor IoT gateway deployments connecting legacy serial-interface machines to modern Ethernet-based MES and SCADA networks. The EtherCAT capability on the I210-IT NICs allows the same unit to serve as an EtherCAT master for new distributed I/O installations, consolidating serial gateway and real-time fieldbus master functions into a single compact node running on a DC 9–30 V rail directly from the control cabinet power supply.
Factory Automation HMI and SCADA Terminal
Dual display output — HDMI 1.4 and DisplayPort 1.4 — supports two-monitor operator workstation configurations for SCADA visualisation, process control interfaces and alarm management dashboards without a discrete graphics card. Running Windows 10 IoT Enterprise or Windows 11, the NISE-109-E01 is compatible with SCADA software from leading vendors, and the four COM ports allow simultaneous connection to multiple field devices, barcode scanners and serial printers from the same unit.
Intelligent Transportation System Terminal
The −20 °C to +70 °C operating range of the E01 variant covers wayside equipment cabinets, trackside enclosures and vehicle-mounted applications where ambient temperature extremes are a routine design constraint. The DC 9–30 V input accommodates both 12 V and 24 V vehicle and infrastructure power, and the optional 4G/LTE Mini-PCIe module provides cellular backhaul for ticket validation terminals, passenger information systems and condition monitoring nodes in locations without fixed Ethernet infrastructure.
Building Automation and Smart Facility Control
Building management system integrators benefit from the NISE-109-E01's combination of serial COM ports for BACnet/MSTP and Modbus RTU device communication, dual GbE for BACnet/IP and network management, and the compact 185 × 131 × 54 mm chassis for installation in wall boxes, ceiling voids and service rooms. The fanless design eliminates maintenance cycles for filter cleaning, and TPM 2.0 hardware security supports building control system cybersecurity requirements under IEC 62443 and BMS network access control policies.
Retail Edge PC and Digital Signage Controller
For retail and hospitality deployments, the NISE-109-E01 serves as a compact, silent point-of-sale back-end or digital signage controller. Dual display outputs drive separate customer-facing and staff-facing screens from a single unit; six USB ports connect receipt printers, barcode scanners, cash drawers and customer display modules simultaneously; and Wi-Fi via the Mini-PCIe slot enables wireless network connectivity in retail environments where cabled infrastructure is limited. The fanless design is particularly valued in food service environments where particulate and grease ingress would quickly damage fan-cooled hardware.
Why Choose the NISE-109-E01
Fanless from −20 °C to +70 °C — Without Thermal Compromise
The Intel Atom x6211E processor's industrial temperature qualification, combined with NEXCOM's passive thermal design, delivers a fanless operating range that covers conditions where typical mini-PCs — even fanless consumer-grade models — require derating, supplementary cooling or heated enclosures. For system integrators specifying a platform for outdoor cabinets, transport vehicles or high-ambient factory floors, the NISE-109-E01 removes a common engineering risk: the need to retrofit thermal management if ambient conditions at the installation site prove warmer than anticipated during the design phase.
EtherCAT and Four COM Ports on a Single Certified Platform
Industrial automation deployments frequently require both legacy serial connectivity for existing machines and modern real-time fieldbus capability for new motion control and distributed I/O equipment. The NISE-109-E01 addresses both on the same certified CE/FCC board: four independently configurable COM ports (RS-232, RS-422, RS-485) for legacy serial devices, and EtherCAT master capability on the dual Intel I210-IT NICs for IEC 61158-compatible real-time control networks. Combining these in a single platform reduces the component count, power budget and cabinet space required at each automation node.
Field-Configurable Wireless in a Standard Mini-PCIe Slot
The Mini-PCIe socket accepts readily available industrial Wi-Fi, 3.5G and 4G/LTE modules, allowing the same base hardware to be configured for wired-only, Wi-Fi or cellular backhaul deployment without sourcing a different product SKU. For projects managing a mixed fleet of fixed and remote-site installations, this single-SKU wireless strategy simplifies procurement, spares inventory and field replacement logistics — a practical operational advantage at the scale of multi-site industrial or transportation programmes.
Frequently Asked Questions
What processor does the NISE-109-E01 use?
The NISE-109-E01 uses the Intel Atom x6211E dual-core processor running at 1.3 GHz, qualified for extended industrial temperature operation from −20 °C to +70 °C. The NISE-109-E02 variant uses the Intel Celeron J6412 quad-core processor at 2.0 GHz with a −10 °C to +60 °C operating range.
Does the NISE-109-E01 support EtherCAT?
Yes. Both Gigabit Ethernet ports use the Intel I210-IT controller, which supports EtherCAT real-time fieldbus alongside standard functions including Wake-on-LAN, network teaming and PXE boot. This allows the NISE-109-E01 to act as an EtherCAT master for servo drives, distributed I/O modules and other IEC 61158-compatible field devices over standard Ethernet cabling.
How many serial COM ports does the NISE-109-E01 provide?
The NISE-109-E01 provides four COM ports: two fixed RS-232 ports and two configurable RS-232/422/485 ports. All four are independently accessible, allowing simultaneous serial communication with multiple field devices, PLCs and legacy industrial equipment without a serial hub or USB-to-serial converter.
What wireless connectivity options are available?
Wireless connectivity is available via the onboard Mini-PCIe expansion slot, which accepts optional Wi-Fi (802.11 a/b/g/n/ac), 3.5G and 4G/LTE modules. An optional GPIO module is also available for the same slot to add discrete I/O capability. Standard configuration ships without a wireless module installed.
What are the power and OS requirements for the NISE-109-E01?
The NISE-109-E01 accepts DC 9–30 V input with ATX power mode support; an optional 24 V / 60 W adapter is available. Supported operating systems include Windows 10 IoT Enterprise 64-bit, Windows 11 and Linux. TPM 2.0 is built in as standard for hardware security and encrypted storage.
The NISE-109-E01 is a compact fanless industrial mini-PC from NEXCOM, powered by the Intel Atom x6211E dual-core processor at 1.3 GHz. Supporting up to 16 GB of DDR4 SO-DIMM memory with IBECC error correction, dual 2.5" SATA III and M.2 storage, and a wide DC 9–30 V input with ATX power mode, the NISE-109-E01 is engineered for continuous fanless operation from −20 °C to +70 °C — a temperature range that covers the majority of industrial, transportation and outdoor-cabinet deployments without supplementary heating or cooling.
Designed as an industrial IoT gateway and embedded automation controller, the NISE-109-E01 combines four serial COM ports (two RS-232 and two RS-232/422/485), dual Intel I210-IT Gigabit Ethernet ports with WoL, PXE and EtherCAT support, and six USB ports in a 185 × 131 × 54 mm chassis. An onboard Mini-PCIe slot accepts optional Wi-Fi, 3.5G or 4G/LTE modules for wireless connectivity, and an optional GPIO module extends discrete I/O capability for direct sensor and relay integration — making it a self-contained edge computing node for factory automation, intelligent transport and smart building infrastructure.
Key Features
- Intel Atom x6211E — Fanless Operation to +70 °C: Dual-core processor at 1.3 GHz with a low TDP optimised for passive thermal dissipation; the x6211E's extended temperature qualification enables fanless operation across −20 °C to +70 °C without active cooling components, eliminating fan maintenance and particulate ingress in dusty, humid or vibration-prone environments
- Dual Intel I210-IT GbE with WoL, PXE and EtherCAT: Two Intel I210-IT controllers provide independent Gigabit Ethernet ports with Wake-on-LAN, network teaming, PXE boot and EtherCAT real-time control support — enabling the NISE-109-E01 to function as an EtherCAT master for servo drives and distributed I/O alongside standard IT network connectivity, without a separate motion controller
- Four COM Ports — RS-232 and RS-232/422/485: Two fixed RS-232 ports and two configurable RS-232/422/485 ports cover the full range of serial communication standards used in industrial equipment, PLC connectivity and legacy machine integration; all four ports are independently accessible, allowing simultaneous connection to multiple devices without a serial hub or USB-to-serial adapter
- Dual Display Output — HDMI 1.4 and DisplayPort 1.4: Independent HDMI and DisplayPort outputs support simultaneous dual-monitor configurations for SCADA operator stations, HMI panels and dual-screen kiosk applications; both outputs operate concurrently from the integrated Intel graphics without a discrete GPU
- Flexible Storage — 2.5" SATA III + M.2 Key B+M: A full-size 2.5" SATA III bay accommodates standard industrial SSDs and HDDs for high-capacity local storage; the M.2 2242 Key B+M socket (SATA/PCIe x1) provides a secondary storage path or NVMe SSD option; combined storage capacity covers OS, application software and local data historian requirements without external drives
- Mini-PCIe Expansion for Wi-Fi and 4G/LTE: Single Mini-PCIe socket accepts optional Wi-Fi (802.11 a/b/g/n/ac), 3.5G or 4G/LTE wireless modules for field deployments where Ethernet cabling is unavailable or impractical; an additional optional GPIO module adds discrete input/output capability for direct integration with sensors, relays and indicator systems
- TPM 2.0, Wide DC Input and ATX Power Mode: Hardware TPM 2.0 supports encrypted storage and secure boot for industrial cybersecurity compliance; DC 9–30 V input with ATX mode support (remote power-on/off) covers both 12 V and 24 V supply rails common in industrial control cabinets; optional 24 V / 60 W power adapter available
NISE-109 Series Variants
The NISE-109 series is available in two processor variants with identical chassis, I/O and connectivity. The E01 variant is recommended for extended-temperature deployments; the E02 provides higher multi-threaded CPU performance for compute-intensive HMI and data processing applications.
| Model | Processor | Cores / Frequency | Operating Temperature |
|---|---|---|---|
| NISE-109-E01 | Intel Atom x6211E | 2 cores / 1.3 GHz | −20 °C to +70 °C |
| NISE-109-E02 | Intel Celeron J6412 | 4 cores / 2.0 GHz | −10 °C to +60 °C |
Both models share the same memory, storage, I/O, networking and expansion specifications. OS support: Windows 10 IoT Enterprise 64-bit, Windows 11 and Linux.
Application Use Cases
Industrial IoT Gateway and Machine Connectivity
The four COM ports and dual Intel I210-IT Gigabit Ethernet ports make the NISE-109-E01 a natural choice for plant-floor IoT gateway deployments connecting legacy serial-interface machines to modern Ethernet-based MES and SCADA networks. The EtherCAT capability on the I210-IT NICs allows the same unit to serve as an EtherCAT master for new distributed I/O installations, consolidating serial gateway and real-time fieldbus master functions into a single compact node running on a DC 9–30 V rail directly from the control cabinet power supply.
Factory Automation HMI and SCADA Terminal
Dual display output — HDMI 1.4 and DisplayPort 1.4 — supports two-monitor operator workstation configurations for SCADA visualisation, process control interfaces and alarm management dashboards without a discrete graphics card. Running Windows 10 IoT Enterprise or Windows 11, the NISE-109-E01 is compatible with SCADA software from leading vendors, and the four COM ports allow simultaneous connection to multiple field devices, barcode scanners and serial printers from the same unit.
Intelligent Transportation System Terminal
The −20 °C to +70 °C operating range of the E01 variant covers wayside equipment cabinets, trackside enclosures and vehicle-mounted applications where ambient temperature extremes are a routine design constraint. The DC 9–30 V input accommodates both 12 V and 24 V vehicle and infrastructure power, and the optional 4G/LTE Mini-PCIe module provides cellular backhaul for ticket validation terminals, passenger information systems and condition monitoring nodes in locations without fixed Ethernet infrastructure.
Building Automation and Smart Facility Control
Building management system integrators benefit from the NISE-109-E01's combination of serial COM ports for BACnet/MSTP and Modbus RTU device communication, dual GbE for BACnet/IP and network management, and the compact 185 × 131 × 54 mm chassis for installation in wall boxes, ceiling voids and service rooms. The fanless design eliminates maintenance cycles for filter cleaning, and TPM 2.0 hardware security supports building control system cybersecurity requirements under IEC 62443 and BMS network access control policies.
Retail Edge PC and Digital Signage Controller
For retail and hospitality deployments, the NISE-109-E01 serves as a compact, silent point-of-sale back-end or digital signage controller. Dual display outputs drive separate customer-facing and staff-facing screens from a single unit; six USB ports connect receipt printers, barcode scanners, cash drawers and customer display modules simultaneously; and Wi-Fi via the Mini-PCIe slot enables wireless network connectivity in retail environments where cabled infrastructure is limited. The fanless design is particularly valued in food service environments where particulate and grease ingress would quickly damage fan-cooled hardware.
Why Choose the NISE-109-E01
Fanless from −20 °C to +70 °C — Without Thermal Compromise
The Intel Atom x6211E processor's industrial temperature qualification, combined with NEXCOM's passive thermal design, delivers a fanless operating range that covers conditions where typical mini-PCs — even fanless consumer-grade models — require derating, supplementary cooling or heated enclosures. For system integrators specifying a platform for outdoor cabinets, transport vehicles or high-ambient factory floors, the NISE-109-E01 removes a common engineering risk: the need to retrofit thermal management if ambient conditions at the installation site prove warmer than anticipated during the design phase.
EtherCAT and Four COM Ports on a Single Certified Platform
Industrial automation deployments frequently require both legacy serial connectivity for existing machines and modern real-time fieldbus capability for new motion control and distributed I/O equipment. The NISE-109-E01 addresses both on the same certified CE/FCC board: four independently configurable COM ports (RS-232, RS-422, RS-485) for legacy serial devices, and EtherCAT master capability on the dual Intel I210-IT NICs for IEC 61158-compatible real-time control networks. Combining these in a single platform reduces the component count, power budget and cabinet space required at each automation node.
Field-Configurable Wireless in a Standard Mini-PCIe Slot
The Mini-PCIe socket accepts readily available industrial Wi-Fi, 3.5G and 4G/LTE modules, allowing the same base hardware to be configured for wired-only, Wi-Fi or cellular backhaul deployment without sourcing a different product SKU. For projects managing a mixed fleet of fixed and remote-site installations, this single-SKU wireless strategy simplifies procurement, spares inventory and field replacement logistics — a practical operational advantage at the scale of multi-site industrial or transportation programmes.
Frequently Asked Questions
What processor does the NISE-109-E01 use?
The NISE-109-E01 uses the Intel Atom x6211E dual-core processor running at 1.3 GHz, qualified for extended industrial temperature operation from −20 °C to +70 °C. The NISE-109-E02 variant uses the Intel Celeron J6412 quad-core processor at 2.0 GHz with a −10 °C to +60 °C operating range.
Does the NISE-109-E01 support EtherCAT?
Yes. Both Gigabit Ethernet ports use the Intel I210-IT controller, which supports EtherCAT real-time fieldbus alongside standard functions including Wake-on-LAN, network teaming and PXE boot. This allows the NISE-109-E01 to act as an EtherCAT master for servo drives, distributed I/O modules and other IEC 61158-compatible field devices over standard Ethernet cabling.
How many serial COM ports does the NISE-109-E01 provide?
The NISE-109-E01 provides four COM ports: two fixed RS-232 ports and two configurable RS-232/422/485 ports. All four are independently accessible, allowing simultaneous serial communication with multiple field devices, PLCs and legacy industrial equipment without a serial hub or USB-to-serial converter.
What wireless connectivity options are available?
Wireless connectivity is available via the onboard Mini-PCIe expansion slot, which accepts optional Wi-Fi (802.11 a/b/g/n/ac), 3.5G and 4G/LTE modules. An optional GPIO module is also available for the same slot to add discrete I/O capability. Standard configuration ships without a wireless module installed.
What are the power and OS requirements for the NISE-109-E01?
The NISE-109-E01 accepts DC 9–30 V input with ATX power mode support; an optional 24 V / 60 W adapter is available. Supported operating systems include Windows 10 IoT Enterprise 64-bit, Windows 11 and Linux. TPM 2.0 is built in as standard for hardware security and encrypted storage.
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