
IDCUBE Access Box provides a secure, tamper-protected, and organised enclosure for IDCUBE ICA Series controllers powered by HID Aero. It houses the controller, power supply, battery, wiring, and interface modules in one robust, powder-coated steel enclosure. A key lock prevents unauthorised access, while selected models include a tamper switch. Built-in electrical protection supports safer operation. Multiple enclosure sizes simplify installation, maintain neat cabling, ease maintenance, and support future system expansion.
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Unmatched cyber resilience with end-to-end encryption via TLS protocols, crypto memory chip, HTTPS, and more.
Our panels set the standard with top-notch MTBF, temperature, and humidity ratings, ensuring peak performance and durability.
Get future-ready networking with IPv4 and IPv6 protocol support.
Realize and make complex security protocols more effective with advanced features such as occupancy control, multi-man rule, and more.
Our extensive certifications ensure the delivery of high-quality products that comply with global security, safety, health, and environmental standards.
Secure and futureproof your facilities with support for legacy and modern reader protocols - Wiegand, OSDP, OSDP SC, and more.
Ensure cost-efficient, secure workspaces with centralized monitoring using SNMPv3/v2c.
Enable a simple Master-Slave cabling architecture to match legacy HID VertX and other brand architectures, reducing the need for re-cabling on retrofit projects.
| Controller type | HID Aero X1100C | HID Aero X100 | HID Aero X300 | HID Aero X200 |
|---|---|---|---|---|
| Description | Intelligent controller that stores credentials, makes access decisions and manages expansion modules. | Door and reader module used to add controlled access points and readers. | Output module used for elevators, alarms and auxiliary equipment. | Input module used for monitoring alarms, sensors and equipment status. |
| Access points | Controls 2 access points onboard and scales up to 64. | Adds control for up to 2 access points. | Not applicable | Not applicable |
| Reader support | Supports up to 4 OSDP or 2 Wiegand readers onboard and scales to 64 readers. | Supports up to 4 OSDP or 2 Wiegand readers. | No reader interface | No reader interface |
| Inputs | 7 supervised or unsupervised inputs for door and system monitoring. | 7 supervised or unsupervised inputs for door and system monitoring. | 5 supervised or unsupervised inputs. | 19 supervised or unsupervised inputs, including 16 general-purpose inputs. |
| Outputs | 4 Form-C relays rated up to 5 A at 30 VDC resistive. | 4 Form-C relays rated 2 A at 30 VDC resistive. | 12 Form-C non-latching relays rated 2 A at 30 VDC resistive. | 2 Form-C non-latching relays rated 2 A at 30 VDC resistive. |
| Maximum capacity | Supports up to 64 access points, 64 readers, 615 inputs and 388 outputs. | Adds doors and readers within the X1100C system capacity. | Adds controlled outputs within the X1100C system capacity. | Adds monitored inputs within the X1100C system capacity. |
| Controller capacity | Stores up to 250,000 credentials and 500,000 transactions. | Managed by the X1100C. | Managed by the X1100C. | Managed by the X1100C. |
| Communication and security | Supports 10/100 Ethernet, TLS 1.2 or TLS 1.3, AES-256 communication and secure boot. | Uses encrypted I/O bus communication with OSDP and AES-256 support. | Uses encrypted I/O bus communication with AES-256 encryption. | Uses encrypted I/O bus communication with AES-256 encryption. |
| Power requirement | 12–24 VDC ±10%, maximum 1.9 A. | 12–24 VDC ±10%, maximum 1.5 A. | 12–24 VDC ±10%, maximum 500 mA. | 12–24 VDC ±10%, maximum 300 mA. |
| Temperature and size | 0°C to 70°C; 164 × 140 × 26 mm. | 0°C to 70°C; 164 × 140 × 26 mm. | 0°C to 70°C; 164 × 140 × 26 mm. | 0°C to 70°C; 164 × 140 × 26 mm. |
Overview Al Barakah Holding operates some of the region’s largest workforce accommodation facilities, managing high-density residential environments where access…
An HID Aero controller manages access decisions for secured doors. It connects readers, credentials, locks, sensors, and access control software while storing permissions and processing access events locally.
HID Aero is the successor to HID VertX and EDGE. It provides stronger cybersecurity, improved scalability, OSDP support, open integration, and compatibility with selected legacy VertX interface modules.
The X1100C supports two access points and up to four OSDP or two Wiegand readers onboard. Additional interface modules can expand readers, doors, inputs, and outputs.
Yes, HID Aero intelligent controllers can work with supported VertX V100, V200, and V300 modules. This helps organisations retain selected hardware, wiring, and connectors during system upgrades.
Yes, HID Aero X1100C and X100 modules support OSDP and Wiegand readers. OSDP Secure Channel is recommended for encrypted, bidirectional communication, remote management, and stronger reader security.
Yes, HID Aero can process stored access permissions and schedules locally during temporary outages. Recorded transactions can be transferred to the host system after network communication is restored.
HID Aero protects access control data using TLS, AES-256 encryption, OSDP Secure Channel, hardware cryptography, and encrypted storage for credentials, passwords, access permissions, and security keys.
HID Aero integrates with Access360.ai and Access360 Helix. Access360 centrally manages cardholders, credentials, doors, access rules, schedules, alarms, controller status, and access events through Aero hardware.
HID Aero supports Access360’s access control foundation and enables connected workflows for Attendance, Visitor Management, AInsights, and GreenID. Available functions depend on readers, credentials, deployment, and system configuration.
Access360 with HID Aero centralises security and daily operations. It improves access monitoring, visitor entry, attendance, mobile access, alarm response, reporting, and analytics while reducing manual work and complexity.
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