High Density System H.D.S.
cabinet to cabinet cabling
The EasyLan® H.D.S. system combines ease of installation and maintenance better than any other trunk cabling system on the market. Save up to 30% of the costs and 75% of the installation time when cabling your IT infrastructure. The following animation shows the neutral cost and installation time comparison of the conventional cabling with the H.D.S. trunk cabling with respect to the length determination, the installation and the measurement & documentation.
Trunk cable – Types
Fiber Optic Trunk cable | Cupper - Trunk cable |
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Ease of installation
Plug and Play
All components of the H.D.S. system are pre-configured at the factory in accordance with the highest quality specifications and will be delivered together with clearly allocatable measuring protocols. Therefore, configurations or other dwell times are not required in the computer center. Contaminations at sensitive glass fiber connections are therefore prevented.
Climate friendly and continuous
The cable diameter using an H.D.S. - AWG23 trunk cable (fig. 1) is approx. 18 mm (AWG23, B2ca) and therefore is approx. 30% less when installed than using a conventional individual cabling (fig. 2) with approx. 8 mm (AWG23, B2ca). This reduces the air resistance and the fire load in the distributor cabinet, therefore, the air conditioning can be used optimally with respect to demand. The maximum cable length for the H.D.S. - AWG23 trunk cable is 90 m and for the H.D.S. - AWG26 trunk cable (cable diameter: 13.90 cm) it is 60 m.
Ease of maintenance
Allocation through LED signaling
Fast and clear allocation through integrated LED signaling, this clearly identifies the ports and therefore the installation times after relocations, expansions and changes are significantly reduced.
Process safety in operation
GHMT certified: 2-Connector-Permanent-Link and Power over Ethernet
Quality controls using our in-house laboratory, which is certified in accordance with DIN ISO/IEC 17025
- Surfaces and material
- Climate and environment
- Signal integrity
- Fiber optic
Variants
H.D.S. copper - RJ45 - patch cable
The H.D.S. system with a direct RJ45 connection provides a disentanglement of the server Ethernet connections to the connections at the network switches, especially in high density racks (e.g. IBM® iDataPlex® rack systems) The RJ45 sockets can be positioned directly at the height of the servers. This means that only short patch cables (e.g. push-pull) are required for the connection. Result: The maintainability of the network components increases significantly through better accessibility. The Ethernet cable harness is to a large extend routed inside the rack, which means that the space in traditional cabling areas is available for other cable types, e.g. InfiniBand.
Optimal bending radii and adapted lengths permit an efficient use. Networks can be separated logically and physically through the free color selection, the allocation (switch port – server port) can be freely defined. For example, ports of two switches can be placed next to each other, to achieve the 1:1 correlation to the server.
H.D.S. Kupfer - RJ45 - Keystone
The H.D.S. system with a direct RJ45 - Keystone - is especially suitable for LAN or office cabling. The breakout cables on the RJ45 - Keystone side can be adapted depending on the construction side conditions. Due to the gradation of the breakout cable side, the pre-configured RJ45 Keystones can be pulled-in safely and quickly in the false floor, etc., even in extremely tight spaces.
H.D.S. - Splice cabling
The perfect separation between splicing area and patch area
Characteristics
- central transfer point of the backbone cables to flexible (3 mm) 12-fiber H.D.S. pigtails -> distributed cabinet cabling
- better air conditioning, because splicing boxes are not required
- very high packaging density with 336 outlets to 3 HE
