How do the imaging specs compare?

The DWC-MB95Wi28TW uses a 1/2.7" 5MP CMOS sensor with a total pixel array of 2592×1944, achieving a minimum color illumination of 0.02 lux and 0.0 lux in B/W mode. It ships in a 2.8mm variant (98.5° HFOV) with a 3.6mm variant also available (81.4° HFOV). IR range is specified at 164 feet (approximately 50m) via Digital Watchdog's Smart IR system. WDR is rated at 120dB True WDR. The XNO-8030R employs a larger 1/1.8" 6MP CMOS sensor, also delivering a 5MP output stream, with a fixed 4.6mm focal length and a narrower 77.9° horizontal field of view. Minimum illumination is 0.16 lux in color and 0 lux with IR active. IR range is specified at 30m (98.43 feet). WDR is also rated at 120dB.

On sensor size, the Hanwha's 1/1.8" format is physically larger than the Digital Watchdog's 1/2.7", which generally supports better per-pixel light capture, though the DWC-MB95Wi28TW's stated 0.02 lux color threshold is lower than the XNO-8030R's 0.16 lux figure. The Digital Watchdog's IR throw of 164 feet significantly exceeds the Hanwha's 30m (98.43 feet). The XNO-8030R adds Digital Image Stabilization and Lens Distortion Correction (LDC), neither of which is listed in the DWC-MB95Wi28TW spec sheet. Both cameras offer 120dB WDR and auto day/night switching; the Hanwha uses a mechanical ICR filter (specified as Auto ICR), while the Digital Watchdog spec lists "Auto day/night" without specifying ICR.

What about installation and environment?

Both cameras are rated IP67 and IK10. The XNO-8030R additionally carries an IP66 and NEMA 4X rating per its certification listing, providing an extra degree of protection against powerful water jets. Operating temperature for the DWC-MB95Wi28TW is -22°F to 140°F (-30°C to 60°C); the XNO-8030R operates from -30°C to +55°C, giving Digital Watchdog a 5°C upper-temperature edge. Both accept PoE (802.3af) and 12VDC. Maximum PoE draw is 9.0W for the DWC-MB95Wi28TW and 10.3W for the XNO-8030R (both within 802.3af Class 3 budget). The Hanwha is explicitly designated PoE Class 3; the Digital Watchdog spec does not state PoE class explicitly.

The DWC-MB95Wi28TW body measures 8.69" × 3.16" × 2.77" (220.8 × 80.5 × 70.6 mm) and weighs 1.52 lbs (0.69 kg). The XNO-8030R measures Ø70 × 296mm (Ø2.76" × 11.65") and weighs 1220g (2.69 lbs). The Hanwha is considerably heavier, which may affect conduit and bracket load ratings. Both cameras are constructed from aluminum. Mounting accessories are sold separately for the DWC-MB95Wi28TW; the XNO-8030R spec does not address this. The XNO-8030R also includes a Micro USB output (1280×720) and CVBS analog output for installation alignment—features not listed for the DWC-MB95Wi28TW.

Which fits your VMS and analytics better?

Both cameras declare ONVIF conformance. The XNO-8030R specifies ONVIF Profile S, G, and T, plus Hanwha's SUNAPI (HTTP API) and Wisenet open platform SDK—providing three integration paths for VMS developers. The DWC-MB95Wi28TW lists ONVIF but does not specify which profiles are supported. The XNO-8030R supports up to 10 simultaneous streaming profiles with unicast (20 users) or multicast; the DWC-MB95Wi28TW supports dual-stream. The Hanwha includes WiseStream II smart codec for bandwidth optimization; no equivalent is listed for the Digital Watchdog.

Edge analytics differ meaningfully. The DWC-MB95Wi28TW offers object classification (human vs. object differentiation), line crossing, perimeter intrusion, and video tampering detection. The XNO-8030R's analytics list includes defocus detection, directional detection, fog detection, face detection, digital auto tracking, appear/disappear, enter/exit, loitering, tampering, virtual line, audio detection, sound classification, people counting, queue management, and heatmap—a substantially broader set. On-board storage: the DWC-MB95Wi28TW provides one Micro SD/SDHC/SDXC slot (up to 1TB); the XNO-8030R provides two slots totaling up to 512GB. Audio: the DWC-MB95Wi28TW lists one audio input (line level) with G.711A/U compression; the XNO-8030R provides selectable mic-in/line-in input and a line-out output with G.711 and G.726 support, plus alarm I/O (1 in / 1 out). The Digital Watchdog does not list alarm I/O in its spec sheet. Security features on the XNO-8030R include 802.1X (EAP-TLS, EAP-LEAP); the DWC-MB95Wi28TW does not list 802.1X support.

Which should you choose: the DWC-MB95Wi28TW or the XNO-8030R?

Our take: The DWC-MB95Wi28TW is the stronger choice when maximum IR throw distance and lower-cost edge storage capacity are the primary requirements: its 164-foot IR range nearly doubles the XNO-8030R's 30m (98.43 ft), its single SD slot supports up to 1TB versus the Hanwha's dual-slot 512GB combined ceiling, and its stated 0.02 lux color sensitivity undercuts the XNO-8030R's 0.16 lux figure. It also operates to a higher maximum ambient temperature (60°C vs. 55°C). However, the XNO-8030R carries a larger 1/1.8" sensor, a broader ONVIF profile set (S/G/T), a significantly deeper analytics suite including people counting and heatmap, dual audio I/O with alarm contacts, digital image stabilization, WiseStream II codec, and an added IP66/NEMA 4X weather rating. It is also 5 years warranted by Digital Watchdog versus 3 years for Hanwha. Specify the Digital Watchdog for long-range IR perimeter coverage; specify the Hanwha for analytics-heavy deployments integrated into Wisenet or SUNAPI-compatible VMS platforms.

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 XNO-8030R product page — full specs and to add to a quote