How do the imaging specs compare?

Both cameras deliver 2MP (1920×1080) resolution from a 1/2.8" CMOS sensor, but they diverge meaningfully on frame rate, WDR, and lens angle. The QNO-6022R1 is capped at 30fps, while the XNO-6010R supports up to 60fps — a relevant delta for scenes with fast-moving subjects where motion blur is a concern. The QNO-6022R1's wide dynamic range is rated at 120dB; the XNO-6010R raises that to 150dB, offering 30dB more headroom for high-contrast environments such as entry lobbies or parking lots with direct sun and deep shadow. The QNO-6022R1 also provides a slightly better minimum color illumination of 0.03 lux versus 0.055 lux on the XNO-6010R, though both reach 0 lux in IR mode.

Lens choice marks the sharpest operational divide. The QNO-6022R1 uses a 4.0mm fixed focal lens (F1.6) yielding an 88° horizontal field of view, while the XNO-6010R employs a 2.4mm fixed focal lens (F2.0) producing a dramatically wider 139° horizontal field of view. The QNO-6022R1 is better suited for focused coverage at moderate depth; the XNO-6010R is designed for wide-area or perimeter sweeps. IR range is comparable — 25m on the QNO-6022R1 versus 20m on the XNO-6010R — giving the QNO-6022R1 a slight edge in illuminated depth. The QNO-6022R1 supports BLC/WDR/SSDR backlight compensation modes; the XNO-6010R adds HLC and DWDR to that list, along with a Defog function and Digital Image Stabilization absent on the QNO-6022R1.

What about installation and environment?

Both cameras carry IP66 and IK10 ratings and share the same operating temperature range of -30°C to +55°C, so neither has a measurable advantage in harsh-weather or vandal-resistance scenarios at the IP66/IK10 level. The XNO-6010R additionally holds an IP67 and NEMA 4X certification, providing a higher ingress protection rating against temporary immersion and conforming to NEMA enclosure requirements — relevant for installations near wash-down areas or in jurisdictions requiring NEMA compliance. Both accept PoE (IEEE 802.3af, Class 3) or 12VDC input. Maximum power draw differs: the QNO-6022R1 is rated at 7.0W, while the XNO-6010R draws up to 9.7W via PoE and 8.8W via 12VDC — an important consideration when budgeting PoE switch port budgets or UPS capacity on large deployments.

Both are aluminum-bodied dark-grey bullet cameras with the same 70mm barrel diameter, but the XNO-6010R is noticeably heavier and longer (296mm / 1,220g vs 246mm / 700g), which affects conduit stub-up planning and bracket load ratings. The QNO-6022R1 lists compatible backboxes (SBO-100B1, SBO-147B) and gang-box compatibility (single, double, 4" octagon) explicitly in its spec sheet; the XNO-6010R spec sheet does not list equivalent conduit or backbox accessories.

Which fits your VMS and analytics better?

Both cameras support ONVIF Profile S/G/T, SUNAPI (HTTP API), and the Wisenet open platform, so either integrates with the same range of Hanwha-compatible VMS platforms without protocol-level compromise. The XNO-6010R offers a substantially richer edge analytics suite: it adds Face detection, Digital auto tracking, Appear/Disappear, Loitering, Fog detection, Audio detection, Sound classification, People counting, Queue management, and Heatmap on top of the analytics available on the QNO-6022R1 (Defocus, Directional, Motion, Enter/Exit, Tampering, Virtual line). The XNO-6010R also supports audio — with a selectable mic/line input (2.5VDC, 2K Ohm) and a line-level output (max 1Vrms) — plus audio compression (G.711 u-law / G.726). The QNO-6022R1 has no audio capability per its published specs.

On-board storage capacity differs significantly: the XNO-6010R provides dual microSD slots supporting up to 512GB, while the QNO-6022R1 has a single slot limited to 128GB. The XNO-6010R also supports up to 20 simultaneous unicast streams across 10 profiles, versus 6 unicast users and 3 profiles on the QNO-6022R1 — a material difference in multi-client or high-channel NVR deployments. The XNO-6010R's spec sheet references secure boot and signed firmware; the QNO-6022R1 documents firmware encryption, Device Certificate (Hanwha Private Root CA), SD card partition encryption, and a broader explicit security section including brute-force prevention and audit logs. Both include a Micro USB output for on-site installation viewing; the XNO-6010R adds this explicitly alongside CVBS.

Which should you choose: the QNO-6022R1 or the XNO-6010R?

Our take: The XNO-6010R is the stronger choice when wide-area coverage, richer analytics, or audio capture are project requirements. Its 139° horizontal FOV versus the QNO-6022R1's 88° covers dramatically more ground per camera; its 150dB WDR versus 120dB provides 30dB more dynamic range in high-contrast scenes; and its 60fps maximum frame rate (versus 30fps) reduces motion blur on fast-moving subjects. Dual SD slots supporting 512GB versus a single 128GB slot extend on-board retention significantly. The QNO-6022R1 is the more appropriate selection when the goal is focused, longer-reach coverage: its 25m IR range exceeds the XNO-6010R's 20m, its narrower 4mm lens concentrates detail, and its lower 7.0W max draw eases PoE budget constraints on dense multi-camera switches. Neither camera has a VMS integration advantage — both are ONVIF Profile S/G/T and Wisenet-native.

Side-by-Side Comparison

Spec-for-spec, from manufacturer data.

Frequently Asked Questions

Related Resources

• Hanwha QNO-6022R1 product page — full specs and to add to a quote
• Hanwha XNO-6010R product page — full specs and to add to a quote