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iBASE AGS102 IoT Gateway System
Designed for industrial automation and control, the iBASE AGS102 IoT Gateway System provides robust data communication across wired and wireless networks. Its rugged aluminium and steel chassis safeguards against shock, vibration, and electrical interference, supporting continuous operation in demanding factory settings. The system features industrial-grade Intel processors and supports a broad voltage range with protection to ensure stable performance. MIL-STD-810G shock resistance, IEC 60068-2-64 vibration tolerance, and EMI protection further authenticate its industrial-grade durability.
Multiple serial ports and GPIO interfaces enable flexible integration with various I/O, security, and data storage devices. Compact and versatile, the AGS102 offers DIN-rail and wall mounting options for constrained spaces. Its sealed enclosure and wide operating temperature (-40°C to 70°C) guarantee reliability under dust-sealed and temperature-hardened conditions. Expandable storage options via mSATA and M.2 slots support long-life, low-maintenance applications in harsh environments.
AGS102 Features
- Supports Intel® Atom™ x7-E3950/x5-E3930 & Pentium® N4200 / Celeron® N3350 Series processors
- GPIO 4-in & 4-out with isolation function
- Over/Under/Reverse voltage protection
- Wide-range operating temperature from -40°C to 70°C
- 9V~36V DC wide-range power input
- Rugged and fanless design
- DIN-rail mount & Wall mount compatibility
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Product Type
Manufacturer
Certifications & Standards
Ruggedness
Mounting Format
Processor
Country Of Manufacture
Taiwan
Case Material
Aluminum
Custom Options Products
Custom Logo,Case Colour,Processor,Memory,Storage,Connections
Dimensions
160mm (W) x 110mm (D) x 44mm (H) 6.3” (W) x 4.33” (D) x 1.73” (H)
Chassis Color
Silver (Aluminum)
Construction
Aluminum & Steel
CPU Package
Intel® Atom™ x7-E3950/x5-E3930 & Pentium® N4200/ Celeron® N3350 Series processors
Expansion Slots
1x Full size Mini PCI-E socket (USB 2.0 + PCI-E + SATA)
1x 2230 M.2 E-Key socket for WLAN & BT (USB 2.0 + PCI-E)
1x 3042 M.2 B-Key socket for WWAN & SSD (USB 2.0 + SATA)
Mounting
DIN-rail mounting (DIN-rail mount kit included)
Desktop or wall mounting (wall mount kit included)
Rear Panel External I/O
1x DVI-I + 1x DisplayPort connector
4x USB 3.0 ports, 1x USB 2.0 port
2x RJ45 Gigabit Ethernet port
3x LED indicators (HDD, WLAN, WWAN)
1x power button with Green LED
1x 3-pins DC-in terminal block type for 9V-36V
1x Antenna hole for WLAN module
2x RS232 ports for COM#3/COM#4
1x 4-in & 4-out GPIO with isolation
Shock
Operating : 30G/11 ms Duration (with MIL-STD-810G)
Non-operating : 40G/11 ms Duration (with MIL-STD-810G)
Storage
1x mSATA socket (Mini-PCI-E)
1x 2242 M.2 B-Key socket for mSATA SSD
System MainBoard
IB801
System Memory
1x 4GB DDR3L-1866 SO-DIMM, Max. 8GB
System Speed
Up to 2.5GHz
Vibration
Operatiing: 2.0 grms / 5~500Hz / random operation (with IEC 60068-2-64)
Non-Operating: 3.0 grms / 5~500Hz / random operation (with IEC 60068-2-64)
Expansion
PCI-E,PCI,mSata
Humidity
5~90% @ 45°C, (non-condensing)
Operating Temperature
-40°C to 70°C (-40°F~158°F) (12W Max. CPU), -20°C to 60°C (-4°F~140°F) (6W CPU)
Ordering Info
AGS102-I50 Fanless Din-rail system w/ Intel® Atom™processor E3950, 4x COM, 1x 4GB DDR3L memory industrial-grade, 1x 64GB MLC industrial-grade mSATA SSD, w/o power adaptor
AGS102-I30 Fanless Din-rail system w/ Intel® Atom™processor E3930, 4x COM, 1x 4GB DDR3L memory industrial-grade, 1x 64GB MLC industrial-grade mSATA SSD, w/o power adaptor
AGS102-420 (MOQ) Fanless Din-rail system w/ Intel® Pentium® processor N4200, 4x COM, 1x 4GB DDR3L memory industrial-grade, 1x 64GB MLC industrial-grade mSATA SSD, w/o power adaptor
AGS102-335 Fanless Din-rail system w/ Intel® Celeron® processor N3350, 4x COM, 1x 4GB DDR3L memory industrial-grade, 1x 64GB MLC industrial-grade mSATA SSD, w/o power adaptor
60W power adaptor (Optional) 60W (12V@5A) power adaptor, bare wire type
Processor
Intel
Shock
Operating : 30G/11 ms Duration (with MIL-STD-810G), Non-operating : 40G/11 ms Duration (with MIL-STD-810G)
Storage Temperature
-40°C ~ 85°C (-40°F~185°F)
The iBASE AGS102 IoT Gateway System is designed and engineered for use in demanding environments where reliability, durability are essential. The AGS102 supports a wide range of industries and operational applications.
Common deployment industries include: Defence And Military, Energy and Utilities, Industrial Manufacturing, Logistics And Supply Chain, Marine And Offshore, Natural Resources and Mining, Oil and Gas, Security And Surveillance.
Across these sectors, the AGS102 is typically used in applications such as Asset Tracking And Management, Environmental Monitoring And Data Logging, Fleet Management And Telematics, Industrial HMI And Machine Interfacing, Predictive Maintenance And Condition Monitoring, Process Control And Shop-Floor Monitoring, SCADA And Control-Room Access, Secure Communications And Command-And-Control.
These examples demonstrate the versatility of the AGS102 across both industry sectors and real-world operational use cases. Its suitability extends well beyond the scenarios listed above, making it a flexible solution for a broad range of requirements.
For further information, or to assess whether the AGS102 is appropriate for your specific application, please contact us.
The iBASE AGS102 IoT Gateway System comes with a 1 Year Limited Warranty against defects in workmanship and materials, effective from the date of shipment (unless otherwise agreed in writing).
To receive service under this warranty, the eligible product, iBASE AGS102 IoT Gateway System, must be presented to RUGGED in the United Kingdom.
For more information about the iBASE AGS102 IoT Gateway System or to arrange repairs and services not covered by the warranty, please visit the warranty section on our website.
Do you need further details about the iBASE AGS102 IoT Gateway System, or would you like to discuss a customised solution or demonstration?
At RUGGED, we recognise that every project has its own unique demands. If you have any questions about the iBASE AGS102 or need a custom Industrial IoT Gateway solution designed specifically for you, our team of technical experts are ready to assist you.
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AGS102
- Rugged aluminium and steel chassis
- Wide operating temperature range
- MIL-STD-810G shock resistance
- Expandable mSATA and M.2 storage

Having trouble finding what you're looking for?
Selecting the correct solution for your specific application and operating environment requires careful consideration.
At Rugged, our engineering and product specialists can advise on specifications, environmental suitability, mounting requirements, connectivity, and lifecycle planning to ensure the right fit for your deployment.
With extensive industry experience and a focus on reliability and performance, we help you select a solution aligned with your operational requirements.
Frequently Asked Questions
RUGGED offers free technical support for the lifetime of products you purchase. This includes help with setup, troubleshooting, and integration. Support is available online or directly from the technical team
When considering a gateway vs router, it’s helpful to understand that while a router primarily directs network traffic between different networks, a gateway is a more comprehensive device. A gateway acts as an entry and exit point for all data going in and out of a network, often performing multiple functions. This can include routing, but also firewall protection, network address translation (NAT), and sometimes even modem capabilities, effectively bridging different network protocols. In essence, a router is primarily concerned with forwarding data packets between networks, whereas a gateway encompasses a broader role, facilitating communication between disparate networks or even network types.
For robust network solutions that consider both routing and gateway functionalities, explore the connectivity options available from Rugged Limited.
A network gateway serves as a vital intermediary, enabling communication between networks that use different communication protocols. This means it can translate data between these distinct systems, allowing them to exchange information effectively.
For instance, a gateway might connect a local area network (LAN) to a wide area network (WAN), such as the internet. Without a robust network gateway, devices within one network would be unable to communicate with devices in another, hindering essential data exchange and connectivity. Rugged Limited understands the importance of reliable connectivity solutions for seamless data flow, and the role of efficient gateways in achieving this.
To explore more about network infrastructure and connectivity solutions, visit our connectivity page.
Gateways play a crucial role in modern connectivity by acting as an intermediary to translate and route data between disparate systems. This functionality is vital for many gateway applications, particularly in environments where different communication standards need to coexist.
For example, in industrial settings, gateways can integrate legacy equipment that uses older serial communication protocols with newer IP-based networks, enabling centralised monitoring and control. They are also essential in IoT deployments, allowing diverse sensors and devices to connect to cloud platforms for data aggregation and analysis.
Rugged Limited provides a range of solutions that leverage gateways to facilitate robust and reliable communication. Whether it’s connecting remote assets, managing complex industrial processes, or enabling smart infrastructure, gateways are fundamental to ensuring seamless data flow and operational efficiency. Explore how Rugged Limited can enhance your connectivity solutions with advanced gateway technology.
A network gateway acts as a critical intermediary in communication, translating data between networks that utilise different protocols. This ensures that devices on separate networks can communicate effectively despite their differing architectural rules. For instance, a gateway might translate data from a local area network (LAN) into a format that can be understood by a wide area network (WAN).
Rugged Limited provides a wide array of connectivity solutions, including various types of gateways that facilitate this essential function. These gateways can also perform other vital roles, such as serving as protocol translators, impedance matching devices, and even rate converters, all contributing to the smooth flow of information. This comprehensive functionality is key to understanding how network gateways work in complex network environments, enabling diverse systems to operate as a cohesive unit.
Gateways are indeed a crucial element in modern IoT applications, playing a vital role in connecting various IoT devices to the wider network and cloud platforms. At Rugged, we understand that an IoT Gateway serves as an intermediary, collecting data from sensors and other edge devices before transmitting it for further processing, analysis, or storage.
This functionality is particularly important in environments where numerous devices generate vast amounts of data, as the IoT gateway can perform initial data filtering and aggregation, reducing the bandwidth required for transmission and streamlining the overall data flow. This ensures efficient and reliable operation of IoT systems across diverse applications.
Yes, many gateways offered by Rugged Limited are specifically designed to support cellular connectivity. These devices act as a cellular gateway, enabling seamless communication and data transfer in environments where traditional wired connections may not be feasible or reliable. Our range includes solutions for various cellular standards, ensuring compatibility and high performance across different networks.
Rugged Limited provides gateways that leverage cellular technology to offer dependable internet access and machine-to-machine (M2M) communication. This capability is crucial for applications requiring constant connectivity, remote monitoring, and data logging in challenging industrial or outdoor settings. By incorporating cellular modules, these gateways ensure your systems remain connected and operational, even in distributed or mobile deployments.
Ensuring a secure gateway is paramount for protecting industrial and commercial networks from unauthorised access and cyber threats. Rugged Limited’s gateways are designed with comprehensive security measures to maintain the integrity and confidentiality of your data.
Our secure gateway devices often come equipped with features such as:
- Firewall Protection: To filter network traffic and prevent malicious packets from entering the system.
- VPN Capabilities: For creating secure, encrypted connections over public networks, ensuring data privacy.
- Robust Authentication: To verify the identity of users and devices attempting to access the network.
- Data Encryption: To scramble data, making it unreadable to anyone without the correct decryption key.
By implementing these security protocols, Rugged Limited’s secure gateway solutions help businesses establish a fortified perimeter around their operational technology and IT infrastructure, critical for maintaining reliable and safe operations.
Yes, gateways, particularly those provided by Rugged Limited, can be remotely managed. This functionality allows for efficient monitoring, maintenance, and control from a distance, which is crucial for modern network infrastructures.
Remote management capabilities ensure that your managed gateway operates optimally without requiring physical presence at each device location. This not only streamlines operations but also enhances security and reduces downtime by enabling quick responses to potential issues. Rugged Limited’s solutions are designed to facilitate this level of remote oversight, making it simpler to manage your connectivity.
By leveraging remote management for your gateways, you benefit from improved operational efficiency and robust network performance, ensuring your systems remain connected and secure.
iBASE provides a dedicated line of network appliances and gateways on the Rugged catalogue, including the FWA series of network appliances and rackmount units, plus IoT gateway systems such as the AGS100 and AGS102. The AGS100 supports industrial connectivity with dual Gigabit Ethernet, USB 3.0, multiple RS232/422/485 COM ports, a SIM slot for cellular, and expansion via Mini PCI-E and M.2 sockets, all in a fanless DIN-rail, wall, or desktop mountable chassis. Networking modules in the IBP series add further flexibility. These products target edge computing, industrial data collection, and network security roles. Port counts, throughput, and certifications differ across the range, so confirm the specification on each product page.
Integrators choose iBASE for configurability, longevity, and the industrial feature set that consumer boards lack. Products are frequently offered with customisable processor, memory, and storage options, and motherboards such as the MI988 include ECC memory support, dual Intel Gigabit LAN, digital I/O, a watchdog timer, iSMART system monitoring, and wide-range DC input that simplify designing the board into a robust end product. Embedded systems add fanless operation, wide temperature tolerance, and flexible mounting. Because iBASE focuses on the embedded and OEM market, its boards are built around long-life industrial components suited to deployments that must run for years. Exact features and lifecycle support vary by model, so verify them on the relevant product page.
iBASE supports a broad mix of platforms across its catalogue, covering both Intel and AMD. Embedded gateways such as the AGS100 use low-power Intel Atom, Pentium, and Celeron processors suited to fanless wide-temperature operation, while motherboards such as the MI988 are built on AMD Ryzen Embedded V1000 APUs for stronger graphics and compute in compact Mini-ITX designs. Other CPU cards and single board computers in the range target different performance and power envelopes. Because the platform determines thermal behaviour, expansion, and supported memory, and because options differ significantly between products, you should confirm the exact processor and its configuration on the individual product page rather than generalising across the brand.
iBASE embedded hardware on the Rugged catalogue is mapped to industrial manufacturing, energy and utilities, logistics and supply chain, healthcare and medical, rail and transport, security and surveillance, marine and offshore, oil and gas, and natural resources and mining. Rugged gateways such as the AGS100 suit factory automation, SCADA, environmental monitoring, and asset tracking, while ECC-capable motherboards such as the MI988 are positioned for machine vision, medical imaging, and surveillance where data integrity matters. The common factor is embedded integration into larger systems rather than standalone use. Each product lists its specific target industries and applications, so use the individual product page to confirm suitability for your deployment.
The iBASE catalogue is organised into several families. Embedded computing covers industrial single board computers, CPU cards in the ET, IB, and IP series, fanless embedded systems, and IoT gateways such as the AGS100. Industrial motherboards span the MB and MI series, including Mini-ITX boards like the MI988. Connectivity covers network appliances in the FWA series, industrial gateways, and networking modules in the IBP series. There is also a line of OEM rugged panel PCs in the IPPC, BYTEM, and related series. This breadth lets integrators source boards, systems, and networking hardware from one supplier. Specifications and ruggedness vary considerably across the families, so confirm details on each product page.
iBASE is a Taiwanese manufacturer focused on embedded computing rather than finished consumer devices. On the Rugged catalogue its range covers industrial single board computers, CPU cards, Mini-ITX and other industrial motherboards, fanless embedded systems, IoT gateways, network appliances, and rugged panel PCs. These are the building blocks that system integrators and OEMs design into machines, kiosks, control cabinets, medical equipment, and networking infrastructure. The emphasis is on long-life, configurable hardware with industrial-grade components, wide DC input, and extensive expansion through PCI-E, Mini PCI-E, and M.2 slots. Specifications differ widely across more than a hundred products, so confirm processor, memory, I/O, and environmental ratings on each individual product page.
Yes, that is its core purpose. iBASE products are designed to be integrated into a larger system rather than used standalone. Motherboards such as the MI988, built on AMD Ryzen Embedded V1000, offer features integrators rely on, including DDR4 ECC memory support for data integrity, dual Intel Gigabit LAN, multiple display outputs, digital I/O, watchdog timer, iSMART monitoring, and wide 12 to 24V DC input. Embedded systems and gateways add flexible mounting and expansion through Mini PCI-E and M.2 sockets. Many products list customisable options for processor, memory, and storage. This configurability and the use of industrial-grade components make iBASE well suited to long-life OEM deployments. Confirm the exact feature set on each product page, as it varies by model.
iBASE spans both, and the level of ruggedisation depends on the product. Some units are environmentally hardened: the AGS100 IoT Gateway System uses an aluminium and steel chassis, is fanless, operates across a wide -40°C to 70°C range, and is certified to MIL-STD-810G for shock and IEC 60068-2-64 for vibration. Other products, such as certain Mini-ITX motherboards, are standard industrial-grade boards carrying CE and RoHS that are rated for narrower temperature windows and intended for protected enclosures. So iBASE is not uniformly rugged; ruggedness is specified per model. Always check the certifications and operating temperature on the individual product page rather than assuming a brand-wide rating.












