Geovision ABL471W-0010 vs Geovision TDR4702-0F10: Specification Comparison
Both the Geovision ABL471W-0010 and the Geovision TDR4702-0F10 are 4MP fixed bullet IP cameras designed for perimeter and entry-point surveillance. They share the same resolution class, form factor, and wall-mount capability, making them direct cross-shop candidates for installers evaluating a Geovision bullet camera at the 4MP tier. This comparison examines how their imaging configurations, installation characteristics, and integration profiles differ based solely on the specifications provided.
In This Guide
How do the imaging specs compare?
Both cameras deliver 4MP resolution, so raw pixel count is equal. The ABL471W-0010 ships with a 4.3mm fixed lens, while the TDR4702-0F10 uses a 2.8mm fixed lens. The wider 2.8mm angle of view on the TDR4702-0F10 captures a broader scene, which suits entries and docks where wide coverage is prioritized; the narrower 4.3mm on the ABL471W-0010 provides a tighter field that favors identification-grade detail at longer perimeter distances.
On dynamic range, the ABL471W-0010 is specified with 'WDR Pro,' while the TDR4702-0F10 carries a plain 'WDR' designation. Both include IR night vision, with the ABL471W-0010 explicitly specifying an 850nm IR wavelength. Neither datasheet-derived spec set provides minimum illumination figures or IR throw distance for either model, so a direct low-light sensitivity comparison cannot be made from the supplied data. Compression on the ABL471W-0010 is dual H.265/H.264; the TDR4702-0F10 specifies H.265 only.
What about installation and environment?
Both cameras are bullet-form-factor units with wall-mount capability. The TDR4702-0F10 adds eave mounting as a listed mount type, giving installers one additional structural option. On power, the TDR4702-0F10 explicitly specifies PoE 802.3af, which defines the power class and switch budget requirement. The ABL471W-0010 lists PoE as its power input but does not specify the 802.3af standard in the provided specs, so PoE class compatibility cannot be confirmed from the available data. Neither product's IP ingress protection rating, IK impact rating, or operating temperature range is present in the provided specifications for either model.
Which fits your VMS and analytics better?
Both cameras declare ONVIF Profile S compliance, ensuring baseline interoperability with any standards-compliant NVR or VMS platform. Neither model's provided specifications include mention of edge analytics, onboard storage slots, audio input/output, or alarm I/O, so those capabilities cannot be compared. The ABL471W-0010 lists H.265 and H.264 compression, offering a fallback codec for older NVR infrastructure that lacks H.265 decode support; the TDR4702-0F10 lists H.265 only, which may require verification against legacy VMS decoder support before deployment.
Which should you choose: the ABL471W-0010 or the TDR4702-0F10?
Our take: The ABL471W-0010 is the stronger choice when longer identification distances and legacy NVR codec compatibility are priorities. Its 4.3mm lens concentrates 4MP resolution over a narrower field, yielding higher pixel density per target at range compared with the TDR4702-0F10's wider 2.8mm view. Its 'WDR Pro' designation represents a higher-grade dynamic range specification than the plain 'WDR' on the TDR4702-0F10, an advantage in high-contrast scenes such as backlit doorways. It also supports both H.265 and H.264, whereas the TDR4702-0F10 offers H.265 only—relevant where installed NVRs lack H.265 decode. Conversely, the TDR4702-0F10 suits wide-area coverage at entries or under eaves, and its explicit 802.3af PoE classification simplifies switch budget planning. Where IP rating, operating temperature, or IR throw distance matter to the deployment, consult the manufacturer datasheets directly, as neither figure appears in the supplied specifications.
Side-by-Side Comparison
Spec-for-spec, from manufacturer data.
| Specification | Geovision ABL471W-0010 | Geovision TDR4702-0F10 |
|---|---|---|
| Resolution | 4 MP | 4 MP |
| Camera Type | Fixed Bullet | Fixed Bullet |
| Lens / Focal Length | 4.3mm fixed | 2.8mm fixed |
| IR Night Vision | IR (850nm) | IR |
| WDR | WDR Pro | WDR |
| Video Compression | H.265; H.264 | H.265 |
| ONVIF | Profile S | Profile S |
| Power Input / PoE Class | PoE (class not specified) | PoE 802.3af |
| Mount Type | Wall | Wall; Eave |
| Form Factor | Bullet | Bullet |
Frequently Asked Questions
Which should you choose: the ABL471W-0010 or the TDR4702-0F10?
The ABL471W-0010 is the stronger choice when longer identification distances and legacy NVR codec compatibility are priorities. Its 4.3mm lens concentrates 4MP resolution over a narrower field, yielding higher pixel density per target at range compared with the TDR4702-0F10's wider 2.8mm view. Its 'WDR Pro' designation represents a higher-grade dynamic range specification than the plain 'WDR' on the TDR4702-0F10, an advantage in high-contrast scenes such as backlit doorways. It also supports both H.265 and H.264, whereas the TDR4702-0F10 offers H.265 only—relevant where installed NVRs lack H.265 decode. Conversely, the TDR4702-0F10 suits wide-area coverage at entries or under eaves, and its explicit 802.3af PoE classification simplifies switch budget planning. Where IP rating, operating temperature, or IR throw distance matter to the deployment, consult the manufacturer datasheets directly, as neither figure appears in the supplied specifications.
Is the ABL471W-0010 or TDR4702-0F10 better for low light?
Both cameras include IR illumination, and the ABL471W-0010 specifies an 850nm IR wavelength. However, neither model's minimum illumination level nor IR throw distance is present in the provided specifications, so a direct low-light sensitivity comparison cannot be made from the available data. Consult the manufacturer datasheets for lux ratings and IR range figures before specifying for low-light applications.
Will either camera work with my existing H.264 NVR?
The ABL471W-0010 supports both H.265 and H.264 compression, so it can operate with older NVRs that do not decode H.265. The TDR4702-0F10 specifies H.265 only; if your NVR lacks H.265 decode capability, verify compatibility with your VMS vendor before deploying the TDR4702-0F10.
Which camera covers a wider area — the ABL471W-0010 or the TDR4702-0F10?
The TDR4702-0F10 uses a 2.8mm fixed lens, which produces a wider angle of view than the 4.3mm fixed lens on the ABL471W-0010. For broad scene coverage at entrances, lobbies, or under eaves the TDR4702-0F10's wider lens is the better fit; for tighter framing at longer distances where identification detail is needed, the ABL471W-0010's 4.3mm lens concentrates resolution more effectively.
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