17%
30.11.2025
. The smallest configuration "Essentials Kit" is for three hosts (without HA) with two CPUs each and 192GB of VRAM: ~US$ 500 dollars plus US$ 65 or 300 dollars annual support. Prices range up to US$ 22,000
17%
30.11.2025
of 1,000Hz. On each tick, the kernel wakes up the processor and checks for any work to do. This approach obviously limits power savings.
Starting with kernel 2.6.21, however, regular ticks are gone
17%
30.11.2025
is unlimited, allowing flexibility while your help desk grows. The TOPdesk Professional basic license starts at 250 supported end users and can be extended with an end-user license up to 500, 1,000, 1
17%
27.05.2025
is that Netdata has to be operated as a cloud service with proprietary components, although you can run Netdata Cloud on your own infrastructure. The $10,000 or so that an on-premises setup on this scale costs [6
17%
06.08.2026
and two 10Gbps interfaces. Despite the high port density, resource requirements are quite moderate: 4GB of RAM is all you need for approximately 1,000 users.
In principle, LibreQoS can also be run on other
17%
05.12.2014
. Approximately 5,000 photos in JPEG, PNG, and Nikon RAW (NEF codec) formats and a few documents (PDF, LibreOffice Writer, and MS Word) were moved onto the servers in the test. In some cases, the images contained
17%
05.02.2023
, the access token with its maximum size of 65,536 bytes. When the size was set, no administrator believed that a user would ever be in more than 1,000 security groups, exceeding the token's maximum size. Now
17%
11.02.2016
. Collax GmbH offers commercial subscription-based licenses from EUR400 per year for the Basic license up to EUR2,000 per year for the Unlimited license.
We installed version 5.8.2. The manufacturer cites
17%
10.06.2014
60176d8a8e3",
30 "creator_uuid": "352971aa-31ba-496c-9ade-a379feaecd52",
31 "vendor_uuid": "352971aa-31ba-496c-9ade-a379feaecd52",
32 "creator_name": "ADMIN",
33 "platform
17%
17.05.2017
data buffer with trivial data
45 ALLOCATE ( DATA(DIMSF(1),DIMSF(2)) )
46 DO I = 1, DIMSF(2)
47 DO J = 1, DIMSF(1)
48 DATA(J,I) = J - 1 + (I-1)*DIMSF(1)*(MPI_RANK+1)
49 ENDDO
50 ENDDO
51
52
