Blazer Pro V2.1 Client Requirements & Hardware Performance

Transcription

1 Blazer Pro V2.1 Client Requirements & Hardware Performance

2 Table of Contents Chapter 1 Client Requirements... 2 Chapter 2 Control Client Performance Local Control Client on Blazer Pro Server Remote Control Client on Other PC Low-End Configuration Mid-End Configuration High-End Configuration... 7 Chapter 3 Server Performance

3 Chapter 1 Client Requirements Microsoft Windows 7 32-bit/64-bit OS for Control Client OS for Mobile Client Browsers Virtualization (VSM) Failover Cluster Microsoft Windows 8 32-bit/64-bit Microsoft Windows bit/64-bit Microsoft Windows bit Microsoft Windows Server 2008 R2 64-bit Microsoft Windows Server bit ios 8.0 and later Android 4.0 and later Internet Explorer 10/11 and above (32-bit) Chrome 35 and above (32-bit) (doesn t support live view, playback, and device remote upgrading) Firefox 32 and above (32-bit) (doesn t support live view, playback, and device remote upgrading) VMware ESXi 6.x Microsoft Hyper-V with Windows Server 2012 R2 Microsoft Windows Server 2008 R2 64-bit Microsoft Windows Server bit RoseReplicatorPlus_5.1.0_175-x64 2

4 Chapter 2 Control Client Performance 2.1 Local Control Client on Blazer Pro Server The following table shows the maximum decoding performance of the HikCentral Control Client ( running on the Blazer Pro server locally. The performance is under the following pressures from the added resources: Added 10 Remote Sites and 1,024 cameras. 120 events or alarms (matched configured rules) handled per second. Among them, it can contain 20 alarms or license plate records with pictures. Added 8 smart walls. Added 32 decoding devices. 4 view groups auto-switched simultaneously. 100 Control Clients access the system simultaneously. 100 Mobile Clients access the system simultaneously. Configurations CPU RAM NIC Card HDD Type Operating System Intel Xeon E GHz 8 GB GbE Network Interface Card Intel HD Graphics P530 SATA II Hard Drive or Better Microsoft Windows 10 (64-bit) Performance in Hardware Decoding p p 26 H p p 24 Note: The performance refers to maximum live view channels within up to 80% of CPU consumption (software decoding) or up to 80% of video engine load/decoding value (hardware decoding). 3

5 2.2 Remote Control Client on Other PC The following table shows the maximum decoding performance of the HikCentral Control Client running on other PCs, rather than the one on the Blazer Pro server Low-End Configuration Configurations CPU RAM NIC Intel Core TM 3.3 GHz 8 GB GbE Network Interface Card Graphics Card NVIDIA GeForce GTX 970 HDD Type HDD Capacity Operating System SATA II Hard Drive or Better 60 GB for OS and HikCentral Control Client Microsoft Windows 7 (64-bit) Performance in Software Decoding CIF CIF p p p p p p MP MP MP MP MP MP p p 7 4

6 MP p 11 H p MP p p MP 3 Performance in Hardware Decoding CIF CIF p p MP MP p p MP 9 H.265 This graphics card doesn t support H.265. This graphics card doesn t support Mid-End Configuration Configurations CPU RAM NIC Graphics Card HDD Type HDD Capacity Operating System Intel Xeon Processor E GHz 8 GB GbE Network Interface Card Intel HD Graphics P4600 SATA II Hard Drive or Better 120 GB for OS and HikCentral Control Client Microsoft Windows 7 (64-bit) Performance in Software Decoding 5

7 CIF CIF p p MP MP p p MP p 9 H p MP p p MP 3 Performance in Hardware Decoding CIF CIF p p MP MP p p MP 15 H.265 This graphics card doesn t support H.265. This graphics card doesn t support. 6

8 2.2.3 High-End Configuration Configurations CPU RAM NIC Intel Core TM 4 GHz 16 GB GbE Network Interface Card Graphics Card NVIDIA GeForce GTX 1070 HDD Type HDD Capacity Operating System SATA II Hard Drive or Better 240 GB for OS and HikCentral Control Client Microsoft Windows 7 (64-bit) Performance in Software Decoding CIF CIF CIF CIF p p p p p MP MP MP MP MP MP p p MP p 22 H p MP 6 7

9 p p MP 7 Performance in Hardware Decoding CIF CIF CIF p p MP MP p p MP p 36 H p MP p p MP 12 Note: The performance refers to maximum live view channels within up to 80% of CPU consumption (software decoding) or up to 80% of video engine load/decoding value (hardware decoding). 8

10 Chapter 3 Server Performance The following table shows the maximum performance of the HikCentral system (without Remote Site Management module) running on the Blazer Pro Server Board. VSM (except Smart Wall) 1,024 encoding devices; 1,000 cameras; 1,000 alarm inputs; 1,000 alarm outputs; 1,000 event or alarm rules; 500 generic events or alarms per second from external system; *120 events or alarms (matched configured rules) handled per second. Among them, it can contain 20 alarms or license plate records with pictures. 1 piece of people counting data per 13 seconds; 1 piece of heat map data per 26 seconds; 10 tags per second; 100 vehicle lists; 5,000 vehicles in each vehicle list; 3,000 recording schedules; 200 cameras 2 Mbps input and 200 cameras 2 Mbps output without transcoding; 3,000 roles; 3,000 users; 100 roles can be assigned to one user if the number of resources linked to single role is less than 1,000; 50 roles can be assigned to one user if the number of resources linked to single role is less than 3, Control Clients or Web Clients access the system concurrently; 100 Mobile Clients access the system concurrently; Control Client sends request to VSM service 15 times per second; Storage of up to 5 million people counting records (from 70 people counting cameras and can be stored for 2 years); Storage of up to 250,000 heat map records (from 70 heat map cameras and can be stored for 2 years); Storage of up to 60 million ANPR records; Storage of up to 5 million operation logs; Storage of up to 5 million system logs; Storage of up to 60 million alarm logs; Storage of up to 60 million event logs; Storage of up to 60 million tags; 32 decoding devices; 8 smart walls; 64 view groups; Smart Wall 9

11 8 views per view group; 4 view groups auto-switched simultaneously; Display 4 alarms on wall per second; Control Client sends request to Smart Wall Management Service 3 times per second; Storage of up to 500,000 operation logs. *The value (120 events or alarms per second) is the maximum value, and it can last for 1 minutes. The average value is 5,000,000 events or alarms per month (with or without pictures). 10