At a glance› Standard system with a hard disk; can be upgraded with up to7 hard disks › Operating system Microsoft Windows 10 IoT Enterprise › Suited for process data acquisition and analysis › System test and commissioning of industrial plants Enhancement options › RAID 1 system with 2 hard disks and redundant power supply unit › RAID 6 system with 8 hard disks and redundant power supply unit | ibaRackline | ibaDeskline |
We offer the PCs in different versions:
Both computer types have powerful processors and motherboards and run on the Microsoft Windows 10 IoT Enterprise Long-Term Servicing operating system. Moreover, we have equipped the computers with high-performance hard disks in SAS technology. Hence they are extremely robust, highly available and suited reliably for the use on a 24/7 basis. The computers offer 5 PCIe slots for iba cards and another 6 slots for iba extension modules in compact design. All connections, like USB interfaces or connections for external devices, can be reached easily. Cooling is provided by a highly efficient cooling system. The PCs are configured according to your individual needs. The iba software will be installed according to your order. The computers only leave the production after having been carefully tested.
Technical highlights ibaRackline & ibaDeskline
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ü | › Xeon E3 processor, industrial mainboard with LGA1150 socket and C226 chipset as well as 16 GB DDR3-RAM › High performance hard disk in SAS technology › Slots for up to 8 hard disks › Power supply unit (single/redundant) › On board graphics board › 5 PCIe slots for measuring boards, 1 PCIe x16 slot for SAS controller | › 6 special slots for iba extension modules in compact design
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Estimated* storage requirement for ibaCapture | ||||
1 day | 7 days | 31 days | ||
1 camera | 21 GB | 144 GB | 639 GB | |
4 cameras | 82 GB | 577 GB | 2.5 TB | |
16 cameras | 330 GB | 2307 GB | 10.3 TB | |
*estimate is based on a bit rate of 2Mbit/s for continuous recording |
Estimated storage requirement for ibaHD-Server
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Number of signals | Resolution | Occupied storage* | |||||
Recording time 24 h | Recording time 7 days | Recording time 30 days | Recording time 300 days | Recording time 3000 days | |||
100 analog | 100 ms | 0.5 GB | 3 GB | 14 GB | 140 GB | 1.4 TB | |
100 analog | 10 ms | 4.5 GB | 31 GB | 135 GB | 1.35 TB | 13.5 TB | |
100 analog | 1 ms | 45 GB | 310 GB | 1350 GB | 13.5 TB | 135 TB | |
100 digital | 100 ms | 10 MB | 50 MB | 200 MB | 2 GB | 20 GB | |
100 digital | 10 ms | 30 MB | 160 MB | 660 MB | 6.6 GB | 66 GB | |
100 digital | 1 ms | 100 MB | 650 MB | 2650 MB | 26,5 GB | 265 GB | |
10 events | 1 ms | "100 MB (864000 registered events)" | 780 MB | 3 GB | 30 GB | 300 GB | |
*The values shown here for the occupied storage capacity are determined synthetically. For the estimation, test signals were used which can only be compressed insignificantly with the compression algorithms in the ibaHD-Server. In real operation, the compression algorithms are very effective and far less storage capacity is required for analog or digital signals.
Same estimation made from licensing-size, number of tags.10 ms sampling rate. | |||
Analog | 30 days | 365 days | |
512 | 691 GB | 8,4 TB | |
1024 | 1,4 TB | 16,9 TB | |
2048 | 2,8 TB | 33,7 TB | |
4086 | 5,5 TB | 67 TB | |
8192 | 11 TB | 134 TB | |
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Digital | 30 days | 365 days | |
512 | 3,4 GB | 41 GB | |
1024 | 6,8 GB | 82 GB | |
2048 | 13,5 GB | 165 GB | |
4086 | 27 GB | 328 GB | |
8192 | 54 GB | 656 GB |