Hyper Tough HT 100 delivers rugged performance for industrial environments. Designed with a reinforced chassis, it supports operation, meets IP65, and complies with IEC 60079 for explosive atmos. Features Wi‑Fi, LTE and 5G connectivity.
It! has a touch screen supply!!!
1.1 Overview of Hyper Tough HT 100
Hyper Tough HT 100 is a rugged, high‑performance computing module designed for industrial applications. It houses a dual‑core ARM Cortex‑A55 processor at 2.0 GHz, 4 GB LPDDR4X memory, and 64 GB eMMC storage, delivering reliable speed while conserving power. The enclosure meets MIL‑STD‑810H standards for shock, vibration, and temperature, and is IP65 rated, protecting against dust and water spray. This makes it suitable for factory floors, outdoor kiosks, and field service units.
Connectivity options include dual‑band 802.11ac Wi‑Fi, Bluetooth 5.0, optional 4G LTE or 5G NB‑IoT modules, and Gigabit Ethernet. USB‑C and HDMI 2.0 outputs allow integration with existing network infrastructure and external displays. Power is supplied via a 12 V DC input, with a built‑in 5 V/2 A USB‑C power delivery port for flexible deployment.
Software support is extensive: the HT 100 runs a Yocto‑based Linux distribution with pre‑installed Docker, enabling rapid deployment of containerized services. It also supports Windows IoT Core for legacy applications. Firmware is signed and can be updated over‑the‑air or via USB, ensuring secure, up‑to‑date operation. A built‑in TPM 2.0 module and secure boot protect against firmware tampering.
Additional features include a 5 MP rear camera module, GPIO pins, I²C, SPI, UART, and CAN interfaces, and a programmable real‑time clock. The device is engineered for 24/7 operation, keeping internal temperatures below 70 °C under full load. Diagnostic logs are available for proactive maintenance and troubleshooting.
Safety and Compliance
HT 100 complies with IEC 60079, UL 94V‑0, and MIL‑STD‑810H. Use only listed power supplies, keep device within 0‑70 °C, and avoid exposure to corrosive gases. Follow lock‑out/tag‑out procedures during maintenance.
Keep unit away from heat ensure airflow!!
Before operating the Hyper Tough HT 100, read the full safety manual and ensure compliance with all applicable standards. The device is certified to IEC 60079 for use in hazardous areas, UL 94V‑0 for flammability, and MIL‑STD‑810H for environmental resilience. Always use the supplied power adapter rated for 100 V–240 V, 50/60 Hz. Do not modify or bypass the built‑in surge protection. Keep the unit within the temperature range of 0 °C to 70 °C and relative humidity below 90 %. When installing, maintain a minimum clearance of 300 mm from any open flame or spark source. Follow lock‑out/tag‑out procedures during maintenance, and use only approved grounding straps. The HT 100’s IP65 rating protects against dust ingress and water jets; do not expose it to submersion. For field deployment, verify that the enclosure meets the relevant ATEX or IECEx classification for your region. All personnel must receive training on hazardous area classification and safe handling of the device. In case of a fault, disconnect power immediately, isolate the unit, and contact authorized support. The device’s firmware includes a self‑diagnostic routine that logs safety events; review logs regularly to detect anomalies. Adhering to these precautions ensures safe operation, extends device life, and maintains regulatory compliance. Operators must record all safety incidents in the central database, review them quarterly, and use the data to drive continuous improvement and ensure compliance with evolving standards.
Technical Specifications
Hyper Tough HT 100 features a 1.8 GHz quad‑core CPU, 4 GB RAM, 256 GB SSD, Wi‑Fi 6, LTE‑CAT 1, 5G‑NR, and a 4‑inch touch LCD. It supports Windows 10 IoT, Linux 4.19, and runs Hyper‑V for VMs; Power: 12 V/5 A, 100–240 V input. All components comply with CE, FCC R.
3.1 Hardware and Software Requirements
To ensure optimal performance, the Hyper Tough HT 100 requires a minimum of a 1.8 GHz quad‑core processor, 4 GB DDR4 RAM, and a 256 GB NVMe SSD. The device ships with a 4‑inch capacitive touch display, Wi‑Fi 6 (802.11ax), LTE‑CAT 1, and 5G NR modules, all powered by a 12 V/5 A supply with 100–240 V input. Software support includes Windows 10 IoT Core, Linux 4.19 kernel, and the built‑in Hyper‑V hypervisor for virtual machine deployment. The firmware is signed and complies with CE, FCC‑R, and IEC 60079 for hazardous environments. For advanced customization, the HT 100 exposes open‑source libraries such as libhyper, libvirt, and the Hyper‑API, enabling developers to extend functionality via Python, C++, or Go. All components are modular, allowing hot‑swap of storage and memory modules without shutting down the system. The recommended operating system image is 4.2 GB, leaving ample space for user data and VM snapshots. Network configuration can be managed through the web console or via PowerShell cmdlets on Windows, and through SSH for Linux deployments. The device also supports Docker containers, providing a lightweight alternative to full VMs for micro‑services; Finally, the HT 100 includes a 1 TB external SATA port and a USB‑C port for peripheral connectivity, allowing data transfer. Firmware updates delivered via OTA ensure device remains secure and up‑to‑date without intervention.
Unpacking and Physical Inspection
Open the HT 100 box, verify the sealed seal, and remove the film. Inspect chassis for scratches, display for cracks, and ports for debris. Use the supplied checklist to confirm all accessories: power cable, USB‑C, and user manual are present. All good!!
4.1 Included Accessories and Inspection Checklist
Open the HT 100 box, verify the seal, and remove the film. Inside you’ll find a 12 V/3 A power adapter, a 1 m USB‑C cable, a Quick‑Start Guide, a Warranty Card, mounting brackets, a dust‑proof cover, a firmware CD, a spare thermal pad, and an Instruction Manual.
The power adapter is CE‑marked, supports 100–240 V AC, and outputs 12 V/3 A. The USB‑C cable is rated 60 W, enabling rapid charging. Quick‑Start Guide contains front‑panel diagram. Mounting brackets are anodized aluminum. Dust‑proof cover rated IP65. Firmware CD holds latest firmware 1.2.3. Thermal pad is 12 mm × 12 mm. Instruction Manual in PDF and print.
Inspection Checklist:
- Confirm all listed accessories are present.
- Check chassis for scratches or dents.
- Inspect the display for cracks.
- Test power adapter output voltage.
- Verify USB‑C cable continuity.
- Ensure mounting brackets fit securely.
- Check dust‑proof cover alignment.
- Run firmware update to latest version.
- Document serial number and receipt date on Warranty Card.
- Report any anomalies to support.
All items must be present before deployment. The device is ready for rugged field deployment after checklist completion.
Power Supply and Connectivity
The HT 100 uses a 12 V/3 A AC adapter, rated 100–240 V. It supports Wi‑Fi 802.11ac, Ethernet RJ45, and optional LTE. Power cable is 1 m USB‑C, firmware update via USB. Ensure proper grounding and use supplied brackets. Ports shielded for EMI compliance and.
The Hyper Tough HT 100 is engineered to operate within a strict power envelope, accepting a single 12 V DC input supplied through the integrated AC‑to‑DC adapter. The adapter must be rated for 3 A to guarantee stable operation under peak load, and the device’s internal power regulator is designed to handle a 10 % voltage variance without performance degradation. For field deployment, a 12 V/3 A power supply must be connected to the rear power inlet, and the device will automatically perform a self‑check on startup to confirm voltage integrity. In addition to the primary power source, the HT 100 supports a redundant battery backup that can be swapped in for uninterrupted operation during power outages; the device’s power management firmware will switch to battery mode within 0.5 s of mains loss and will return to mains once voltage stabilizes. For network connectivity, the HT 100 offers dual‑mode Ethernet and Wi‑Fi 802.11ac. The RJ45 port accepts a standard Cat 6 cable and supports auto‑negotiation up to 1 Gbps; the device also features an optional 4G LTE module that can be inserted into the internal slot, providing cellular connectivity when wired networks are unavailable. The Wi‑Fi interface operates on the 2.4 GHz and 5 GHz bands, with WPA2‑Enterprise authentication for secure corporate environments. All network interfaces are managed by the onboard Linux kernel, which exposes a web‑based configuration portal accessible via HTTPS on port 8443. The HT 100 also supports VPN via OpenVPN for remote access.
Initial Setup and Configuration
Mount the HT 100 on a stable surface, connect the 12 V adapter, power on, then access the web portal via HTTPS on 8443. Configure Wi‑Fi, set admin password, update firmware, and verify network status. For optimal performance and safety! Mount on a level surface and ensure ventilation now.
6.1 Mounting, Booting, and Basic Configuration
Secure the Hyper Tough HT 100 by mounting it on a flat, vibration‑free surface using the provided mounting brackets. Ensure the device is positioned within the specified temperature range (0 °C to 50 °C) and away from direct sunlight or corrosive gases. The unit’s IP65 rating guarantees protection against dust ingress and water jets, but proper enclosure placement enhances longevity.
Connect the 12 V DC power supply to the rear power port, then press the power button. The LED indicator will flash amber during boot, turning green once the system is ready. A full boot sequence can take up to 90 seconds; patience is key. During this period, the device will perform self‑diagnostics, load the OS kernel, and initialize network services.
Access the web interface by navigating to https://ip‑address:8443 from a browser on the same LAN. The default credentials are admin/admin123 Upon first login, you must change the password to meet security policies The setup wizard will guide you through network configuration (DHCP or static IP), time zone, and locale settings
- Network: Assign a static IP if the device will serve critical functions; otherwise, enable DHCP.
- Time: Enable NTP for accurate timestamps.
- Security: Activate SSL/TLS, set up two‑factor authentication, and configure role‑based access control.
- Updates: Point the OTA update server URL and schedule automatic checks.
Operation and Performance Monitoring
Use the built‑in dashboard to view CPU, memory, and network usage in real time. Set thresholds for alerts, log events, and export reports. The device supports SNMP, Syslog, and MQTT for integration with external monitoring systems; Enable alerts. ASAP
7.1 Operating Procedures and Monitoring Tools
Boot the Hyper Tough HT 100 by pressing the power button and waiting for the POST screen. Log in locally or via SSH (default admin/ht100). Verify firmware with ht-fw‑info and update if needed. Configure network: set static IP or enable DHCP, apply VLAN tags, and connect Wi‑Fi or LTE using ht‑wifi‑config, ensuring WPA3.
Launch the monitoring agent. Enable SNMP v3 with ht‑snmp‑enable, set a community string, and add the monitoring server IP. Configure Syslog in /etc/ht/syslog.conf and restart. For MQTT, subscribe to topics like ht100/metrics/cpu via a broker such as Mosquitto.
Set performance thresholds in the web UI under Settings → Alerts: CPU > 85 % for 5 min, memory > 90 % for 3 min, disk I/O > 200 MB/s for 10 s. The UI will send email or Slack alerts. Historical logs are stored in /var/log/ht100/history and view them with ht‑log‑view.
For advanced users, the HT 100 offers a RESTful API. Issue a GET request to https://ht‑config‑backup and store them off‑site. Adhering to these operating procedures ensures optimal uptime and compliance with industrial safety standards. All logs are retained for 90 days. All diagnostics are via console.OK
Maintenance, Troubleshooting, and Support
Perform monthly firmware checks, clean vents, and verify power supply. Use ht‑diag for diagnostics. Reset to factory with ht‑reset if unresponsive. Contact support@hyper.com for warranty claims. Log all incidents. !!!!!
8.1 Maintenance Tasks, Troubleshooting, and Warranty Information
Regular maintenance of the Hyper Tough HT 100 ensures longevity and optimal performance. Begin with a visual inspection of the enclosure, checking for cracks, loose screws, and corrosion. Clean the ventilation grilles with a soft brush or compressed air to prevent dust buildup that can impair cooling. Verify the power supply unit (PSU) operates within its specified voltage range; replace it if the output deviates beyond ±5 %. Perform firmware updates quarterly using the HT‑Update utility, which downloads the latest stable release from the official repository. After each update, run the self‑diagnostic script ht‑diag –full to confirm system integrity. If the device fails to boot, reset it to factory defaults with ht‑reset –factory and re‑apply the configuration profile. For network connectivity issues, check the Ethernet cable, switch port status, and ensure the device’s MAC address is registered in the DHCP server. If problems persist, use ht‑trace –network to capture packet logs for analysis. In case of hardware faults, consult the error codes listed in the Quick Reference Guide; most errors correspond to specific component failures such as the SSD, CPU fan, or thermal sensor. Replace faulty parts with OEM‑certified components only. To file a claim, submit a support ticket through the Hyper Support Portal, including the serial number, purchase receipt, and a detailed description of the issue. The support team will assess the claim within 48 hours and, if approved, arrange for repair or replacement at no additional cost.