Short Description
Dahua XVR1B08-I is an 8-channel Penta-brid Cooper 1U digital video recorder designed for reliable CCTV surveillance systems. It supports HDCVI, AHD, TVI, CVBS and IP camera inputs, providing excellent flexibility when upgrading or building a security system. With H.265+/H.265 video compression, AI-powered functions and network connectivity, the XVR offers efficient video storage and convenient remote surveillance for homes, offices, shops and businesses.
Key Features
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Model: Dahua XVR1B08-I
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Series: Cooper Series
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Analog Channels: 8 Channels
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Penta-brid Technology: HDCVI / AHD / TVI / CVBS / IP
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Recording Resolution: Up to 1080N / 720P
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Video Compression: H.265+ / H.265 / H.264+ / H.264
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AI Coding: Supported
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IP Camera Support: Yes
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HDD Interface: 1 × SATA
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Form Factor: Compact 1U
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Network Connectivity: Supported
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Remote Monitoring: Supported
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Application: Home, Office, Shop, Warehouse & Business CCTV Surveillance
Product Description
The Dahua XVR1B08-I 8 Channel Penta-brid XVR provides a flexible and cost-effective solution for modern CCTV surveillance. Its Penta-brid architecture allows the recorder to work with multiple camera technologies, including HDCVI, AHD, TVI, CVBS and IP, making it particularly useful for both new installations and upgrades to existing analog CCTV systems.
Advanced H.265+ video compression helps reduce bandwidth and storage requirements while maintaining useful surveillance video quality. The recorder also supports Dahua's intelligent surveillance capabilities for improved security monitoring.
Its compact 1U design makes installation convenient in homes, offices, retail stores, warehouses and other commercial environments. Network support also enables remote monitoring through compatible Dahua applications and software.
Why Choose Dahua XVR1B08-I?
The Dahua XVR1B08-I is a good choice for users who need an affordable 8-channel CCTV recorder with broad camera compatibility. Its multi-format camera support makes it easier to retain existing cameras while upgrading the surveillance system over time.