IDIS DIRECTIP SERIES · NDAA & TAA COMPLIANT
Next-Generation 4K Surveillance for Mission-Critical Infrastructure
The IDIS DC-T4811WRX delivers uncompromising ultra-high-definition 8MP video streaming, purpose-built for commercial, retail, enterprise, and high-density environments. Harnessing the streamlined architecture of the DirectIP ecosystem, this premium fixed bullet camera removes complex network configurations while maintaining strict institutional cybersecurity frameworks. Designed to perform flawlessly under severe environmental stress, its advanced 4K imaging optics ensure that absolute situational clarity is delivered at every critical moment.
Optics
3.3mm Fixed (101.3°)
Night Vision
30m Smart IR
Protection
IP67 / IK10 Rated
Advanced Bandwidth Management & DirectIP Simplification
Equipped with industry-leading H.265 compression protocols combined with IDIS Intelligent Codec technology, the IDIS DC-T4811WRX Fixed Bullet Camera slashes storage footprint and network overhead by up to 90% compared to legacy configurations without sacrificing high-fidelity data. Integrators leverage zero-configuration, plug-and-play setup when paired with a DirectIP NVR. Complete with automated edge-recording session buffers (Smart Failover up to 512GB), your surveillance data pipeline remains entirely uncompromised during unexpected network dropouts.
True 120dB Wide Dynamic Range
High-contrast entrances, architectural glass walls, and harsh shadows frequently mask subject features. Backed by hardware-driven 120dB True WDR, this camera captures multiple exposures per frame to render exceptionally clear facial details and license plates across severely backlit fields of view.
Industrial IK10 & IP67 Defenses
Engineered for high-vandalism risks and unpredictable outdoor environments, the ruggedized chassis boasts an IK10 impact-resistance profile to survive structural impacts, paired alongside an IP67 dust and waterproof ingress certification to guarantee complete operations in sub-zero downpours.
Technical Specification Matrix
| Camera Model |
DC-T4811WRX 3.3mm |
| Image Sensor |
1/2.8" Progressive Scan CMOS |
| Max. Resolution |
3840 x 2160 (8 Megapixel / 4K UHD) |
| Lens & FOV |
f=3.3mm Fixed-focal (Horizontal: 101.3° / Vertical: 54.5° / Diagonal: 119.7°) |
| Min. Illumination |
Color: 0.2 lux @ F2.0 | B/W: 0 lux (Adaptive IR LED On) |
| Video Compression |
H.265, H.264 (Main Profile), M-JPEG with Intelligent Codec support |
| Max Frame Rate |
30ips @ 3840 x 2160 (15ips with True WDR active) |
| Audio & Alarm I/O |
Two-way Audio (Built-in I/O) | 1 Input / 1 Output Alarm Terminal |
| Power Delivery |
PoE (IEEE 802.3af Class 3), Max consumption 9.0W |
Does this camera comply with federal procurement regulations?
Yes. The IDIS DC-T4811WRX is fully compliant with the National Defense Authorization Act (NDAA) and Trade Agreements Act (TAA). It utilizes secure components entirely clear of restricted government-sanctioned technology vendors, making it ideal for federal buildings, financial institutions, and enterprise applications.
What is the benefit of using an IDIS DirectIP camera setup?
DirectIP 2.0 bypasses the traditional, time-consuming manual IP camera configuration process. By connecting the DC-T4811WRX directly to an IDIS NVR via PoE, the system automatically configures the network parameters, registers the camera, and secures the connection instantly without manual routing.
How does Smart Failover prevent data loss during network disruptions?
If the connection between the camera and the central NVR drops, the camera immediately starts recording directly to an internal Micro SD/SDHC/SDXC card slot (supports up to 512GB). Once the network path is verified as restored, the system automatically synchronizes the missed footage back to the NVR without gaps.
Is the fixed 3.3mm lens suitable for wide-angle monitoring?
Absolutely. The 3.3mm lens provides a broad 101.3-degree horizontal field of view. This sweeping coverage allows a single camera to effectively capture expansive indoor areas like showrooms, lobbies, or perimeter properties, minimizing overall camera deployment counts.
