Geovision MFD4700-0F10 vs Geovision TFD4700-0010: Specification Comparison
Both the Geovision MFD4700-0F10 and TFD4700-0010 are 4MP mini dome IP cameras sharing the same resolution class, fixed lens, H.265 compression, and Ethernet connectivity — making them direct cross-shop candidates for indoor ceiling or wall installations. The comparison below examines how they differ across imaging performance, installation fit, and VMS/integration characteristics, drawing exclusively from the specifications provided for each model. No winner is declared here; the verdict section addresses specific deployment scenarios.
In This Guide
How do the imaging specs compare?
Both cameras deliver 4MP resolution, but their sensor aspect ratios differ: the MFD4700-0F10 uses a 2560×1920 (4:3) array while the TFD4700-0010 uses a 2688×1520 (16:9) array. The 4:3 format of the MFD4700-0F10 captures more vertical field of view — beneficial for reading license plates, full-body coverage, or stairwells — whereas the TFD4700-0010's 16:9 output aligns with standard monitor displays and NVR stream layouts without pillarboxing.
On low-light capability, the MFD4700-0F10 specifies active IR illumination alongside a Super Low Lux rating, meaning it can produce usable images in near-zero ambient light using its own IR LEDs. The TFD4700-0010 carries a Super Low Lux rating but no IR specification is present in the provided data — it is not confirmed to have onboard IR. Both models list WDR Pro, indicating high dynamic range processing to handle scenes with mixed bright and dark zones. Both use a 2.8 mm fixed lens.
What about installation and environment?
Both cameras support ceiling and wall mounting in a mini dome form factor and are rated for indoor use per the provided specs. The MFD4700-0F10 specifies an operating temperature range of 0–50°C. No operating temperature range is provided in the TFD4700-0010 spec data. Neither model's provided specifications include an IP ingress protection rating, IK impact rating, PoE class, power draw, or physical dimensions — installers should consult the full datasheets before finalizing enclosure or power budget decisions.
The MFD4700-0F10 is categorized under 'IPPTZCam' cable category in the provided data, while the TFD4700-0010 is categorized under 'Accessories' — this appears to be a catalog classification artifact rather than a meaningful installation differentiator, and should not be interpreted as a capability distinction.
Which fits your VMS and analytics better?
The MFD4700-0F10 specifies ONVIF Profile S conformance, which guarantees a defined baseline of interoperability including live streaming, PTZ control structures, and event handling with any Profile S-compliant VMS. The TFD4700-0010 lists 'ONVIF: Yes' without specifying a profile level — broad ONVIF compliance is confirmed, but the exact profile tier (S, G, T, etc.) is not stated in the provided data, which may matter for VMS platforms that gate advanced features on specific profile support.
Neither model's provided specifications include edge storage (SD card slot), onboard audio (microphone or speaker), or edge analytics capabilities. Buyers requiring these features should verify directly with Geovision's datasheets, as absence in the provided spec set does not definitively confirm absence in the product.
Which should you choose: the MFD4700-0F10 or the TFD4700-0010?
Our take: The MFD4700-0F10 is the stronger choice when confirmed IR night vision, a defined ONVIF profile level, and a specified operating temperature range are requirements. It is the only model of the two with documented onboard IR illumination — critical for scenes that regularly drop to near-zero ambient light — and it carries an explicit ONVIF Profile S declaration versus the TFD4700-0010's unqualified ONVIF claim, which matters for VMS platforms enforcing profile-gated feature sets. Its 0–50°C rated range is also on record; the TFD4700-0010 offers no equivalent data point. Conversely, the TFD4700-0010's 2688×1520 (16:9) sensor format integrates more naturally into standard widescreen monitor and NVR display pipelines without aspect-ratio conversion. Where 16:9 output is preferred and IR is confirmed through other means (e.g., supplemental lighting), the TFD4700-0010 becomes viable — but the MFD4700-0F10 carries more verifiable spec coverage for typical indoor-security deployments.
Side-by-Side Comparison
Spec-for-spec, from manufacturer data.
| Specification | Geovision MFD4700-0F10 | Geovision TFD4700-0010 |
|---|---|---|
| Resolution | 4 MP (2560×1920) | 4 MP (2688×1520) |
| Aspect Ratio | 4:3 | 16:9 |
| Lens / Focal Length | 2.8 mm fixed | 2.8 mm fixed |
| Min Illumination | Super Low Lux | Super Low Lux |
| IR Illumination | Yes (IR) | Not specified in provided data |
| WDR | WDR Pro | WDR Pro |
| Video Compression | H.265 | H.265 |
| ONVIF | Profile S | Yes (profile not specified) |
| Form Factor | Mini Dome | Dome |
| Mount Type | Ceiling / Wall | Ceiling; Wall |
| Compatible Environment | Indoor | Deployments (general; indoor not explicitly stated) |
| Operating Temperature | 0–50°C | Not specified in provided data |
| Edge Storage | Not specified in provided data | Not specified in provided data |
| Audio | Not specified in provided data | Not specified in provided data |
Frequently Asked Questions
Which should you choose: the MFD4700-0F10 or the TFD4700-0010?
The MFD4700-0F10 is the stronger choice when confirmed IR night vision, a defined ONVIF profile level, and a specified operating temperature range are requirements. It is the only model of the two with documented onboard IR illumination — critical for scenes that regularly drop to near-zero ambient light — and it carries an explicit ONVIF Profile S declaration versus the TFD4700-0010's unqualified ONVIF claim, which matters for VMS platforms enforcing profile-gated feature sets. Its 0–50°C rated range is also on record; the TFD4700-0010 offers no equivalent data point. Conversely, the TFD4700-0010's 2688×1520 (16:9) sensor format integrates more naturally into standard widescreen monitor and NVR display pipelines without aspect-ratio conversion. Where 16:9 output is preferred and IR is confirmed through other means (e.g., supplemental lighting), the TFD4700-0010 becomes viable — but the MFD4700-0F10 carries more verifiable spec coverage for typical indoor-security deployments.
Is the MFD4700-0F10 or TFD4700-0010 better for low-light performance?
Based on the provided specifications, the MFD4700-0F10 has a confirmed advantage: it lists both IR illumination and a Super Low Lux rating, meaning it can produce images in near-zero ambient light using its own built-in IR LEDs. The TFD4700-0010 lists Super Low Lux sensitivity but does not specify onboard IR in the provided data. If the deployment relies on the camera's own illumination in darkness, the MFD4700-0F10 is the safer choice on documented specs alone.
Both cameras say ONVIF — are they equally compatible with my VMS?
Not necessarily, based on the provided specs. The MFD4700-0F10 is listed as ONVIF Profile S compliant, a specific interoperability profile that defines live streaming, event handling, and discovery capabilities. The TFD4700-0010 states 'ONVIF: Yes' without identifying a profile level. If your VMS platform requires or activates features based on a declared Profile S, G, or T designation, you should confirm the TFD4700-0010's specific profile with Geovision before deployment.
Which camera is better suited to a standard widescreen monitor or NVR display setup?
The TFD4700-0010, based on its 2688×1520 resolution, which is a native 16:9 aspect ratio matching standard HD/FHD displays and most NVR grid layouts. The MFD4700-0F10's 2560×1920 output is 4:3, which captures more vertical scene content but may appear pillarboxed on widescreen displays. The better fit depends on whether vertical coverage or display format alignment is the priority for the specific installation.
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