Geovision MFD4700-0F10 vs Geovision TDR4700-0F10: Specification Comparison
The Geovision MFD4700-0F10 and TDR4700-0F10 are both 4MP H.265 mini dome IP cameras positioned for indoor commercial deployments. Both share the same resolution class and fixed-lens dome form factor, making them direct cross-shop candidates for integrators evaluating Geovision's entry-level 4MP dome lineup. This comparison examines how they differ across imaging performance, installation requirements, and VMS integration based strictly on published specifications.
In This Guide
How do the imaging specs compare?
Both cameras deliver 4MP resolution and H.265 compression, but they diverge on low-light and WDR capability. The MFD4700-0F10 specifies 'WDR Pro' and 'Super Low Lux' minimum illumination, indicating a higher-grade wide dynamic range implementation and improved sensitivity in dim conditions. It also explicitly lists IR night vision, confirming onboard infrared illuminators for zero-light operation. The TDR4700-0F10 lists only 'WDR' (no 'Pro' qualifier) and 'Low lux' sensitivity—both lower performance tiers than the MFD4700-0F10.
The MFD4700-0F10 specifies a fixed 2.8 mm lens, which provides a wide field of view suited to close-range coverage such as corridors, reception desks, or small rooms at 8–12 ft identification range. The TDR4700-0F10 provides no lens focal length in the supplied specifications, so direct field-of-view comparison cannot be made. IR illumination is confirmed only for the MFD4700-0F10; the TDR4700-0F10 lists 'Low lux' sensitivity but does not specify IR emitters.
What about installation and environment?
The MFD4700-0F10 is designated for indoor use with a ceiling/wall mount and a mini dome form factor, rated for 0–50°C operating temperature. No IP or IK ingress/impact rating is listed in the provided specifications. Power input method is not stated in the spec data; PoE is not listed for this model.
The TDR4700-0F10 supports IEEE 802.3af/at PoE, providing a clear single-cable installation path and compatibility with both standard (15.4 W) and high-power (30 W) PoE switches and injectors. It is ceiling-mount only and marketed for discrete installations. Operating temperature, IP rating, IK rating, and physical dimensions are not present in the supplied specifications for either model.
Which fits your VMS and analytics better?
The MFD4700-0F10 carries ONVIF Profile S certification, which specifies interoperability for video streaming, PTZ control, and event handling with compliant VMS platforms—a defined, tested compliance level. The TDR4700-0F10 lists 'ONVIF' support without specifying a profile level, meaning full Profile S feature parity cannot be confirmed from the provided data. Both cameras use H.265 compression, delivering equivalent bandwidth and storage efficiency gains versus H.264.
Neither camera lists edge analytics, onboard storage (SD card slot), or audio (microphone/speaker) in the provided specifications. Integrators requiring local recording, two-way audio, or AI-based edge analytics should verify these capabilities directly against Geovision's full datasheets before specifying either model.
Which should you choose: the MFD4700-0F10 or the TDR4700-0F10?
Our take: The MFD4700-0F10 is the stronger choice when low-light performance and verified ONVIF Profile S compliance are priorities. It specifies 'WDR Pro' versus the TDR4700-0F10's unqualified 'WDR,' indicating a more capable dynamic range engine; 'Super Low Lux' versus 'Low lux' sensitivity; and confirmed IR illumination versus no stated IR on the TDR4700-0F10—three concrete imaging advantages. The MFD4700-0F10 also holds a defined ONVIF Profile S certification, providing greater assurance of VMS interoperability. The TDR4700-0F10's clear advantage is 802.3af/at PoE support, which is not listed for the MFD4700-0F10, simplifying single-cable deployment on PoE infrastructure. Choose the TDR4700-0F10 when PoE-only infrastructure is a hard constraint and lighting conditions are controlled; specify the MFD4700-0F10 for mixed-light or low-light environments where WDR and IR performance are operationally required.
Side-by-Side Comparison
Spec-for-spec, from manufacturer data.
| Specification | Geovision MFD4700-0F10 | Geovision TDR4700-0F10 |
|---|---|---|
| Resolution | 4 MP | 4 MP |
| Sensor / Type | 4MP Mini Dome IP Camera | 4MP Mini Dome IP Camera |
| Lens / Focal Length | 2.8 mm (fixed) | — |
| Min Illumination | Super Low Lux | Low lux |
| IR Night Vision | Yes (IR) | Not specified |
| WDR | WDR Pro | WDR |
| Video Compression | H.265 | H.265 |
| ONVIF | Profile S | Yes (profile not specified) |
| Power Input | Not specified | PoE (802.3af/at) |
| Form Factor | Mini Dome | Dome |
| Mount Type | Ceiling / Wall | Ceiling |
| Intended Environment | Indoor | Discrete (indoor) |
| Operating Temperature | 0–50°C | — |
| Edge Storage / Audio | — / — | — / — |
Frequently Asked Questions
Which should you choose: the MFD4700-0F10 or the TDR4700-0F10?
The MFD4700-0F10 is the stronger choice when low-light performance and verified ONVIF Profile S compliance are priorities. It specifies 'WDR Pro' versus the TDR4700-0F10's unqualified 'WDR,' indicating a more capable dynamic range engine; 'Super Low Lux' versus 'Low lux' sensitivity; and confirmed IR illumination versus no stated IR on the TDR4700-0F10—three concrete imaging advantages. The MFD4700-0F10 also holds a defined ONVIF Profile S certification, providing greater assurance of VMS interoperability. The TDR4700-0F10's clear advantage is 802.3af/at PoE support, which is not listed for the MFD4700-0F10, simplifying single-cable deployment on PoE infrastructure. Choose the TDR4700-0F10 when PoE-only infrastructure is a hard constraint and lighting conditions are controlled; specify the MFD4700-0F10 for mixed-light or low-light environments where WDR and IR performance are operationally required.
Is the MFD4700-0F10 or TDR4700-0F10 better for low-light or nighttime coverage?
Based on the provided specifications, the MFD4700-0F10 is the stronger choice for low-light use. It lists 'Super Low Lux' minimum illumination and confirmed IR night vision. The TDR4700-0F10 lists only 'Low lux' sensitivity and does not specify IR illuminators, so its nighttime performance floor cannot be independently confirmed from the supplied data.
Does the TDR4700-0F10 support PoE, and what about the MFD4700-0F10?
Yes—the TDR4700-0F10 explicitly supports IEEE 802.3af/at PoE, covering both standard 15.4 W and high-power 30 W classes. The MFD4700-0F10 does not list PoE in the provided specifications; its power input method should be confirmed against Geovision's datasheet before designing a PoE-only installation.
Which camera has stronger ONVIF compatibility for third-party VMS integration?
The MFD4700-0F10 specifies ONVIF Profile S, a defined compliance level covering video streaming, PTZ, and event handling. The TDR4700-0F10 lists ONVIF support without a profile designation. For integrations requiring confirmed Profile S feature sets—such as event-driven recording or PTZ command compatibility—the MFD4700-0F10 offers a clearer compliance guarantee based on the available specifications.
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