How do the imaging specs compare?

Both cameras use a 5MP sensor at 2592×1944 and both rate WDR at 120dB. The Digital Watchdog DWC-MB95Wi28TW uses a 1/2.7" CMOS sensor, while the Hanwha QNO-8010R uses a slightly larger 1/2.8" CMOS sensor. On minimum illumination, the DWC-MB95Wi28TW reaches 0.02 lux in color mode and 0.0 lux in B/W, whereas the QNO-8010R is rated at 0.15 lux color and 0 lux with IR active — meaning the DW unit's color sensitivity is meaningfully lower at 0.02 lux vs. 0.15 lux. The DWC-MB95Wi28TW offers a 2.8mm lens with an 81.4° HFOV (or 98.5° on the variant), while the QNO-8010R's 2.8mm fixed lens yields a wider 105° horizontal FOV.

IR illumination range diverges significantly: the DWC-MB95Wi28TW specifies 164 feet (50m) with Smart IR, while the QNO-8010R reaches only 20m (65.6 feet) — roughly 2.5× less range. The DW camera also lists Smart DNR 3D Digital Noise Reduction under its own brand name, while Hanwha lists SSNR. Both cameras support auto day/night switching; the QNO-8010R explicitly specifies ICR (infrared cut filter) for mechanical day/night switching, whereas the DW spec does not explicitly state ICR. Both cameras cap at 30fps at full resolution.

What about installation and environment?

The DWC-MB95Wi28TW carries an IP67 rating, providing full dust exclusion and protection against temporary immersion, while the QNO-8010R is rated IP66, which covers dust exclusion and powerful water jets but not immersion. Both carry IK10 vandal resistance. Operating temperature for the DWC-MB95Wi28TW spans -30°C to +60°C (-22°F to +140°F), and the QNO-8010R covers -30°C to +55°C — the DW unit tolerates 5°C more heat, which can matter in rooftop or sun-exposed enclosures.

Power consumption differs: the DWC-MB95Wi28TW draws a maximum of 9.0W via PoE, while the QNO-8010R draws a maximum of 7.5W (typical 6.1W) and is explicitly rated PoE IEEE 802.3af Class 3. The DW spec lists PoE and DC12V as power options; the QNO-8010R spec does not list a DC12V alternative. The DWC-MB95Wi28TW weighs 1.52 lbs (0.69 kg) and measures 8.69" × 3.16" × 2.77"; the QNO-8010R weighs 1.50 lbs (680g) and measures ø70.0 × 246.0mm (ø4.33" × 9.69"). Hanwha specifies a compatible backbox (SBO-100B1); DW notes mounting accessories are sold separately without a model number in the provided spec.

Which fits your VMS and analytics better?

Both cameras support ONVIF, enabling broad VMS compatibility. The QNO-8010R extends this with ONVIF Profile S, G, and T compliance, plus Hanwha's proprietary SUNAPI (HTTP API) and the Wisenet open platform — offering deeper native integration with Hanwha Wisenet VMS and third-party platforms that support SUNAPI. The DWC-MB95Wi28TW lists ONVIF conformance without specifying profiles. The QNO-8010R also adds WiseStream II smart codec for adaptive bitrate efficiency, while the DW camera does not list an equivalent technology in its spec.

On analytics, the DWC-MB95Wi28TW specifies object classification (humans vs. objects), line crossing, perimeter intrusion, and video tampering detection (scene change, video blur, abnormal color detection). The QNO-8010R covers motion detection (4 polygonal zones), tampering, defocus detection, virtual area intrusion/enter/exit, and virtual line crossing/direction — but does not list object classification by class in the provided spec. For audio, the DWC-MB95Wi28TW includes a line-level audio input with G.711A/U compression; the QNO-8010R spec does not list any audio input or output. The QNO-8010R provides alarm I/O (1 input, 1 output) and specifies NAS recording as an edge storage option alongside SD card; the DWC-MB95Wi28TW lists only microSD (up to 1TB) with no NAS mention. The QNO-8010R's SD slot is specified up to 128GB in the provided spec. Security hardening is more explicitly documented on the QNO-8010R: AES encryption, SDcard partition encryption, brute-force attack prevention, device certificate with Hanwha Private Root CA, and audit logging — the DW spec lists digest authentication, IP filtering, and MAC filtering only.

Which should you choose: the DWC-MB95Wi28TW or the QNO-8010R?

Our take: The DWC-MB95Wi28TW is the stronger choice when long-range IR illumination and lower-lux color sensitivity are the primary requirements: its 164-foot (50m) IR range is approximately 2.5× the QNO-8010R's 20m (65.6ft), its color minimum illumination of 0.02 lux beats the QNO-8010R's 0.15 lux by nearly an order of magnitude, and it adds a line-level audio input absent from the QNO-8010R's spec. It also carries IP67 vs. IP66 and tolerates 5°C more operating heat. The QNO-8010R is the stronger choice for security-hardened, Wisenet-integrated deployments: it documents AES encryption, SDcard partition encryption, brute-force prevention, and a device certificate chain not described in the DW spec, supports ONVIF Profile S/G/T with SUNAPI, includes hardware alarm I/O (1 in/1 out), NAS recording, and a wider 105° FOV from its 2.8mm lens. The DW camera carries a 5-year warranty vs. Hanwha's 3-year. Favor the DWC-MB95Wi28TW for open-air perimeter runs needing maximum IR reach; favor the QNO-8010R for Wisenet VMS environments requiring documented cybersecurity compliance and alarm I/O.

Side-by-Side Comparison

Spec-for-spec, from manufacturer data.

Frequently Asked Questions

Related Resources

• Digital Watchdog DWC-MB95Wi28TW product page — full specs and to add to a quote
• Hanwha QNO-8010R product page — full specs and to add to a quote