Geovision MFD4700-0F10 vs Geovision TDR4704-002: Specification Comparison
Both the Geovision MFD4700-0F10 and the TDR4704-002 are 4MP fixed mini dome IP cameras from Geovision, aimed at indoor surveillance deployments where discreet form factor and reliable identification are priorities. This comparison examines how the two models differ across imaging performance, installation requirements, and system integration to help installers and IT buyers determine which unit best fits their project constraints.
In This Guide
How do the imaging specs compare?
Both cameras deliver 4MP resolution (the MFD4700-0F10 is explicitly rated at 2560×1920) and ship with a 2.8 mm fixed lens. Both include IR night vision and list WDR Pro as their wide dynamic range technology, and both support H.265 compression for reduced storage and bandwidth consumption. In these core imaging parameters the two models are effectively identical based on the provided specifications.
The primary differentiator in this category is minimum illumination: the MFD4700-0F10 is rated 'Super Low Lux,' while the TDR4704-002 specifies 'IR; Super low-lux' — indicating it explicitly calls out both IR-assisted and super low-lux capability together. Neither spec sheet provides a numeric lux figure, so a direct quantitative low-light comparison cannot be made from the data provided. IR range figures are absent for both models.
What about installation and environment?
The MFD4700-0F10 specifies an operating temperature range of 0–50°C and is designated for indoor use, with ceiling/wall mount options and a mini dome form factor. The TDR4704-002 provides no operating temperature range in the supplied specifications, and its 'Compatible With' field lists 'discrete' rather than an explicit indoor/outdoor designation. No IP or IK ingress/impact ratings are provided for either model in the given data.
Neither model's specifications include power input method, PoE class, or dimensional/weight data in the provided spec sets. Installers should consult the respective datasheets (84-MFD4700-0F10.pdf and 125-TDR4704-002.pdf) to confirm PoE class, conduit requirements, and physical dimensions before rough-in planning.
Which fits your VMS and analytics better?
The MFD4700-0F10 explicitly lists ONVIF Profile S compatibility, confirming interoperability with any ONVIF Profile S–compliant VMS platform without requiring a proprietary driver. The TDR4704-002 does not list any ONVIF profile or VMS compatibility in the provided specifications, leaving its third-party VMS support unconfirmed from the data available.
Neither model lists edge analytics, onboard audio, or local storage (SD card) capability in the supplied specifications. The MFD4700-0F10's Cable Category is listed as 'IPPTZCam,' while the TDR4704-002's Cable Category is listed as 'Accessories' — a cataloging distinction that does not reflect a functional difference but may affect how each SKU is treated in procurement or cabling-kit workflows.
Which should you choose: the MFD4700-0F10 or the TDR4704-002?
Our take: The MFD4700-0F10 is the stronger choice when confirmed VMS interoperability is a project requirement. Its ONVIF Profile S certification is explicitly documented, whereas the TDR4704-002 provides no ONVIF declaration in the available specifications, introducing integration risk on multi-vendor systems. The MFD4700-0F10 also carries a documented operating temperature range (0–50°C) and an explicit indoor suitability designation, providing installation certainty the TDR4704-002's specs do not match. Both cameras share identical resolution (4MP), lens focal length (2.8 mm fixed), WDR Pro, IR night vision, and H.265 compression, so imaging performance is effectively equivalent on paper. Choose the TDR4704-002 only after confirming ONVIF support and environmental ratings directly from its datasheet; otherwise, the MFD4700-0F10's documented compliance credentials reduce deployment risk on standard IP camera installations.
Side-by-Side Comparison
Spec-for-spec, from manufacturer data.
| Specification | Geovision MFD4700-0F10 | Geovision TDR4704-002 |
|---|---|---|
| Resolution | 4 MP (2560×1920) | 4 MP |
| Lens / Focal Length | 2.8 mm fixed | 2.8 mm fixed |
| Form Factor | Mini Dome | Mini Dome |
| Compatible With / Environment | Indoor | Discrete (unspecified indoor/outdoor) |
| Min Illumination | Super Low Lux | IR; Super low-lux |
| Night Vision | IR | IR |
| WDR | WDR Pro | WDR Pro |
| Video Compression | H.265 | H.265 |
| ONVIF Profile | ONVIF Profile S | — |
| Operating Temperature | 0–50°C | — |
| Mount Type | Ceiling/Wall | — |
| Cable Category | IPPTZCam | Accessories |
Frequently Asked Questions
Which should you choose: the MFD4700-0F10 or the TDR4704-002?
The MFD4700-0F10 is the stronger choice when confirmed VMS interoperability is a project requirement. Its ONVIF Profile S certification is explicitly documented, whereas the TDR4704-002 provides no ONVIF declaration in the available specifications, introducing integration risk on multi-vendor systems. The MFD4700-0F10 also carries a documented operating temperature range (0–50°C) and an explicit indoor suitability designation, providing installation certainty the TDR4704-002's specs do not match. Both cameras share identical resolution (4MP), lens focal length (2.8 mm fixed), WDR Pro, IR night vision, and H.265 compression, so imaging performance is effectively equivalent on paper. Choose the TDR4704-002 only after confirming ONVIF support and environmental ratings directly from its datasheet; otherwise, the MFD4700-0F10's documented compliance credentials reduce deployment risk on standard IP camera installations.
Is the MFD4700-0F10 or TDR4704-002 better for low light?
Both cameras list IR night vision and super low-lux capability. The TDR4704-002 explicitly calls out both 'IR' and 'Super low-lux' together in its IR_Lowlight field, while the MFD4700-0F10 lists 'Super Low Lux' as its minimum illumination rating. Neither spec provides a numeric lux value, so a definitive quantitative comparison cannot be made from the supplied data alone — consult each product's datasheet for lux figures before making a low-light selection decision.
Will either camera work with my existing VMS without a proprietary plugin?
The MFD4700-0F10 explicitly declares ONVIF Profile S compatibility, which ensures interoperability with any compliant VMS platform. The TDR4704-002 does not list an ONVIF profile in the provided specifications, so its plug-and-play VMS compatibility cannot be confirmed from the available data. If your VMS integration relies on ONVIF, the MFD4700-0F10 is the lower-risk choice.
Can either camera be used outdoors?
The MFD4700-0F10 is designated for indoor use and specifies a 0–50°C operating temperature; no IP ingress rating is listed. The TDR4704-002 provides no operating temperature range or IP rating in the supplied specifications, and its compatibility field lists 'discrete' without an explicit indoor/outdoor designation. Neither camera's provided specs confirm outdoor or weatherproof suitability — verify IP rating via each model's datasheet before any outdoor deployment.
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