Geovision ADR4701 vs Geovision TDR4700-0F10: Specification Comparison
Both the Geovision GV-ADR4701 and the Geovision 84-TDR4700-0F10 are 4MP H.265 mini dome cameras aimed at indoor/outdoor IP surveillance deployments. They share the same resolution class, dome form factor, and H.265 compression, making them genuine cross-shop candidates for integrators evaluating Geovision fixed mini domes. This comparison examines how their imaging capabilities, environmental ratings, power delivery, and VMS integration differ based solely on published specifications, so buyers can make an informed selection for their specific site conditions.
In This Guide
How do the imaging specs compare?
Both cameras deliver 4MP resolution with H.265 compression and WDR, providing comparable detail and bandwidth efficiency in mixed-lighting environments. The ADR4701 is specified with a fixed 2.8mm lens, giving installers a predictable, wide-angle field of view suitable for corridors and entry points. The TDR4700-0F10 does not have a lens focal length listed in the provided specifications, so direct field-of-view comparison cannot be made.
For low-light performance, the ADR4701 lists IR illumination as its night-vision mechanism. The TDR4700-0F10 is rated for 'low lux' operation but does not specify active IR LEDs or an IR cut distance in the provided data. Buyers who require confirmed active infrared illumination — particularly in zero-lux environments — should note this distinction; the ADR4701's IR spec is explicit while the TDR4700-0F10's low-lux rating does not confirm IR LED presence.
What about installation and environment?
The ADR4701 carries both an IP66 weatherproofing rating and an IK10 vandal-impact rating, qualifying it for outdoor deployment and installations where physical tampering is a concern. It also specifies an operating temperature range of 0°C to 50°C. The TDR4700-0F10 has no IP rating, IK rating, or operating temperature range listed in the provided specifications, making it impossible to confirm outdoor or vandal-resistant suitability from available data alone.
Both cameras are PoE-powered, enabling single-cable deployment without a local power supply. The ADR4701 specifies a maximum draw of 11W. The TDR4700-0F10 specifies PoE conformance to IEEE 802.3af/at, which covers up to 15.4W (af) or 30W (at) at the switch port, but does not state the camera's actual watt draw. The ADR4701 supports ceiling and wall mounting; the TDR4700-0F10 lists ceiling mounting only.
Which fits your VMS and analytics better?
Both cameras declare ONVIF compliance, supporting interoperability with mixed-vendor NVR and VMS platforms. The ADR4701 additionally lists explicit compatibility with NVR/DVR systems as a cable category, reinforcing its positioning in traditional recorder-based architectures. The TDR4700-0F10 lists its cable category as IPPTZCam, which may reflect a platform classification rather than a PTZ hardware capability — no PTZ function is described in the provided specs.
Neither camera has edge analytics, on-board storage (SD card slot), or audio input/output listed in the provided specifications. Buyers requiring any of those capabilities should verify directly with Geovision documentation, as this comparison can only reflect what was supplied.
Which should you choose: the ADR4701 or the TDR4700-0F10?
Our take: The ADR4701 is the stronger choice when environmental durability and confirmed low-light illumination are priorities. Three concrete spec deltas stand out: first, the ADR4701 carries IP66 and IK10 ratings while the TDR4700-0F10 lists neither, disqualifying the TDR4700-0F10 for confirmed outdoor or vandal-resistant use based on available data. Second, the ADR4701 specifies active IR night vision; the TDR4700-0F10 offers only a 'low lux' descriptor with no confirmed IR LED array, leaving zero-lux coverage unverified. Third, the ADR4701 provides a fixed 2.8mm lens specification; the TDR4700-0F10 omits focal length entirely. The TDR4700-0F10 may be suitable for controlled indoor environments where PoE 802.3af/at standard compliance is required and environmental ratings are not critical, but the missing specs make it unsuitable to recommend over the ADR4701 where installation conditions demand verified weatherproofing or active IR.
Side-by-Side Comparison
Spec-for-spec, from manufacturer data.
| Specification | Geovision ADR4701 | Geovision TDR4700-0F10 |
|---|---|---|
| Resolution | 4 MP | 4 MP |
| Video Compression | H.265 | H.265 |
| WDR | Yes | Yes |
| Lens / Focal Length | 2.8mm fixed | — |
| Night Vision / Low Light | IR (active infrared) | Low lux (IR not confirmed) |
| IP Rating | IP66 | — |
| IK / Impact Rating | IK10 | — |
| Operating Temperature | 0°C to 50°C | — |
| Power Input | PoE, 11W max | PoE (802.3af / 802.3at) |
| ONVIF | Yes | Yes |
| VMS Compatibility | ONVIF; NVR/DVR systems | ONVIF |
| Form Factor | Mini Dome | Mini Dome |
| Mount Type | Ceiling; Wall | Ceiling |
Frequently Asked Questions
Which should you choose: the ADR4701 or the TDR4700-0F10?
The ADR4701 is the stronger choice when environmental durability and confirmed low-light illumination are priorities. Three concrete spec deltas stand out: first, the ADR4701 carries IP66 and IK10 ratings while the TDR4700-0F10 lists neither, disqualifying the TDR4700-0F10 for confirmed outdoor or vandal-resistant use based on available data. Second, the ADR4701 specifies active IR night vision; the TDR4700-0F10 offers only a 'low lux' descriptor with no confirmed IR LED array, leaving zero-lux coverage unverified. Third, the ADR4701 provides a fixed 2.8mm lens specification; the TDR4700-0F10 omits focal length entirely. The TDR4700-0F10 may be suitable for controlled indoor environments where PoE 802.3af/at standard compliance is required and environmental ratings are not critical, but the missing specs make it unsuitable to recommend over the ADR4701 where installation conditions demand verified weatherproofing or active IR.
Is the ADR4701 or TDR4700-0F10 better for low light?
Based on available specifications, the ADR4701 is the safer choice for low-light use. It explicitly lists IR illumination as its night-vision method. The TDR4700-0F10 is rated for 'low lux' conditions but does not specify IR LEDs or an IR illumination distance, so zero-lux performance cannot be confirmed from the provided data.
Can I mount either camera outdoors?
The ADR4701 is rated IP66 (dust-tight and jet-water resistant) and IK10 (vandal-resistant), confirming outdoor and exposed-location suitability. The TDR4700-0F10 has no IP or IK rating listed in the provided specifications, so outdoor deployment cannot be verified from available data.
Will both cameras work with my existing ONVIF NVR?
Yes — both the ADR4701 and TDR4700-0F10 declare ONVIF compliance, which should allow integration with any ONVIF-conformant NVR or VMS. The ADR4701 additionally notes compatibility with NVR/DVR systems. Always verify the specific ONVIF profile (S, T, G) with Geovision if your VMS requires a particular conformance level, as profile details are not listed in the provided specifications.
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