These days, everyone wants to be constantly available and informed "just in time". Smart phones and other communication media make this possible. But everything has its price and a single Internet inquiry needs about 11-14 Wh of electrical power. This change in communication behaviour demands extensive technical adaptations to infrastructures.
Data centers are designed far more compact today than in the past. This becomes particularly clear when we look at the packing densities (number of ports/slots) in the active devices such as blades, servers etc. These packing densities must be transported in practice into a cabling infrastructure that also allows connections of devices to be disconnected or modified quickly and with a little risk as possible. New products such as cabinet systems and high-density cabling components must take heat and energy effort and their costs for the operator into consideration.
Especially for these requirements of data center operators, the Telegärtner portfolio contains products such as the 48-port/1 HU module distributor with the smart AMJ-S module or the Cross Connect Panel CCP32/1 HU among other things.
Individually assembled Hydra cables with copper connectors as well as the MPO/MTP®technology based on fibre optic conductors also ensure stable, secure communication. The multi-fibre FOC connectors with 12 or 24 fibres have been added to the latest edition of the EN 50173-2:2011-09 cabling standard.
40 GBase-T in copper cabling systems
The transmissions between active devices are already secure and established today by parallel, optical data streams up to 40 Gbit/s or even 100 Gbit/s. But it is still a very different story for the copper cabling solutions. Because of the dimensions of computer rooms according to the prEN 50600 series, lengths below 90 metres are often sufficient for parallel transmissions by copper pairs and connectors.
The demand to create solutions here is undisputed internationally and so the IEEE Committee (P 802.3bq) is examining demands for 40Gbit/s over 30 metres with shielded components under the name of NGBase-T (New Generation). The definitions made there are divided into connectors and cable specifications. Therefore the technical committee for connector hardware is already working on the definitions for requirements of category 8 up to 2,000 MHz.
The first cable designs are already available although these so far only cite values up to 1,600 MHz. Consideration of higher values has been postponed for the time being. Two solutions are proposed at present: a category 8.1 and possibly an additional category 8.2.
New in the history of standardisation
This could lead to a splitting within a category for the first time in the standardisation for application-neutral communication systems.
Variant 8.1 features the well-known connector face according to EN 60603-7-x and is downward compatible with the previously known and common connectors of Cat.6A. The product requirements are defined in EN 60603-7-81. The connector faces of category 8.2 include the current connector faces of Cat.7 and Cat7A with the required downward compatibility. The aim of the standardisation is to create international as well as regional definitions by 2015.
Telegärtner will position its own products on the market for the new applications and requirements. For the "here and now" and in order to keep up to date in real time, we recommend FOC and multi-fibre connectors for high-speed transmissions in data centers. These high-speed cabling systems can already be implemented today over a length of more than 30 metres.
Telegärtner technology therefore ensures that our smart phone displays do not stay blank.
Products in the Online Catalogue
19" Feedthrough panel incl. 48 AMJ Coupler K Cat.6A (4x12), 1 HU, RAL7035 grey
order number: J00023A0176
 Fig. may differ |  | |
Outlet UMJ45 8/8 Ap Cat.5e alpine white
| Technical Attributes |
| Short name | UMJ45 8/8 Ap Cat.5e |
| Type | surface mounting, 2xRJ45 |
| Colour | alpine white |
Notice: The following information refer to the series/product category as a whole. Please see the specific datasheet for specific technical information of a particular product.
Performance Characteristics
- unshilded
- stable, compact, ergonomic construction, that provides secure hold during installation
- 1-way (8) and 2-way outlets (8/8, 2x8(4)) available
- can be combined with covers of a wide variety of switching programs
- Independent AP design available, an AP add-on set is not required
- conventional cable ties that are part of the standard delivery provide strain relief for cables
- flush mounting type: cable infeed through centric cable strain relief from eight directions in 45° increments
- surface mounting type: cable infeed from four directions in 90° increments
- can be installed either horizontally or vertically in the cable duct using a four-hole bearer ring and freely selectable cable infeed
- 1-way (8) and 2-way outlets (8/8, 2x8(4)) available
- types with low installation depth (29 mm); can be installed in floor tank without problems
- can be combined with covers of a wide variety of switching programs
- Independent AP design available, an AP add-on set is not required
- protection flaps can be retrofitted; on request, can be delivered already integrated to the customer's specifications
- Cover plate can be retrofitted with a flip-up loss-proof, transparent label field, or can be delivered preinstalled according to the customer's specifications
| Mechanical Characteristics |
| Core Diameter | 0,7 - 1,6 mm |
| Conductor diameter | solid 0,40 - 0,65 mm AWG 26/1 - AWG 22/1 |
| Life (mating cycles RJ45, RJ12, RJ11) | ≥ 750 |
| Insertion force | ≤ 20 N |
| Material: insulators | PBT, ABS |
| Material: housing UMJ45 | PA |
| Material: housing | PA |
| Material: insulators | PBT, ABS |
| Material: PCB | FR4 |
| Material: PCB finish | tin plated |
| Material: contact spring finish | min. 0,8 µm Au on 1,2 µm Ni |
| Material: contact spring | CuSn, spring steel |
| Material: contact IDC termination | CuZn |
| Material: IDC termination finish | tin plated |
| Electrical Characteristics |
| PoE+ acc to IEEE 802.3at | Cat.6A |
| PoE according to IEEE802.3af | Cat.5e |
| PoE according to IEEE802.3af | Adequate for 4 Pair Power over Ethernet |
| Voltage proof: contact-shield | ≥ 1500 V, DC |
| Insulation resistance | ≥ 500 mΩ |
| Contact resistance | ≤ 20 mΩ |
| Voltage proof: contact-contact | ≥ 1000 V, DC |
| Current carrying capacity at 50°C | 1 A |
| Standards |
| Connectors | IEC 60603-7-4 / -7-2 |
|
| Ambient temperature | -40° C to + 70° C |
|
| Gigabit Ethernet acc. to IEEE 802.3 | Adequate for Gigabit Ethernet |
| Category 6A (Component) for products Cat.6A | ISO/IEC 11801, DIN EN 50173-1 |
| Class EA (Permanent Link) for products Cat.6A, Class EA 500 | ISO/IEC 11801, DIN EN 50173-1 |
| Class EA (Channel) for products Cat.6A, Class EA 500 | ISO/IEC 11801, DIN EN 50173-1 |
| 10 Gigabit Ethernet acc. to IEEE 802.3an | for Cat.6A |
| Cat.6A | PL acc. to ANSI/TIA/EIA-568-B.2-10 |
| Class EA | ISO/IEC 11801:2002 FPDAM2:2009; ISO/IEC 11801:2002+A1:2008 |
| Cat.6 | ISO/IEC 11801, EN 50173-1 |
| Class E | ISO/IEC 11801, EN 50173-1 |
| Channel Class E | ISO/IEC 11801, EN 50173-1 |
| Category 5e | ISO/IEC 11801, EN 50173-1 |
19" Feedthrough panel incl. 48 AMJ Coupler K Cat.6A (4x12), 1 HU, RAL7035 grey
order number: J00023A0176
Fig. may differ | | |
Outlet UMJ45 8/8 Ap Cat.5e alpine white
| Technical Attributes |
| Short name | UMJ45 8/8 Ap Cat.5e |
| Type | surface mounting, 2xRJ45 |
| Colour | alpine white |
Notice: The following information refer to the series/product category as a whole. Please see the specific datasheet for specific technical information of a particular product.
Performance Characteristics
- unshilded
- stable, compact, ergonomic construction, that provides secure hold during installation
- 1-way (8) and 2-way outlets (8/8, 2x8(4)) available
- can be combined with covers of a wide variety of switching programs
- Independent AP design available, an AP add-on set is not required
- conventional cable ties that are part of the standard delivery provide strain relief for cables
- flush mounting type: cable infeed through centric cable strain relief from eight directions in 45° increments
- surface mounting type: cable infeed from four directions in 90° increments
- can be installed either horizontally or vertically in the cable duct using a four-hole bearer ring and freely selectable cable infeed
- 1-way (8) and 2-way outlets (8/8, 2x8(4)) available
- types with low installation depth (29 mm); can be installed in floor tank without problems
- can be combined with covers of a wide variety of switching programs
- Independent AP design available, an AP add-on set is not required
- protection flaps can be retrofitted; on request, can be delivered already integrated to the customer's specifications
- Cover plate can be retrofitted with a flip-up loss-proof, transparent label field, or can be delivered preinstalled according to the customer's specifications
| Mechanical Characteristics |
| Core Diameter | 0,7 - 1,6 mm |
| Conductor diameter | solid 0,40 - 0,65 mm AWG 26/1 - AWG 22/1 |
| Life (mating cycles RJ45, RJ12, RJ11) | ≥ 750 |
| Insertion force | ≤ 20 N |
| Material: insulators | PBT, ABS |
| Material: housing UMJ45 | PA |
| Material: housing | PA |
| Material: insulators | PBT, ABS |
| Material: PCB | FR4 |
| Material: PCB finish | tin plated |
| Material: contact spring finish | min. 0,8 µm Au on 1,2 µm Ni |
| Material: contact spring | CuSn, spring steel |
| Material: contact IDC termination | CuZn |
| Material: IDC termination finish | tin plated |
| Electrical Characteristics |
| PoE+ acc to IEEE 802.3at | Cat.6A |
| PoE according to IEEE802.3af | Cat.5e |
| PoE according to IEEE802.3af | Adequate for 4 Pair Power over Ethernet |
| Voltage proof: contact-shield | ≥ 1500 V, DC |
| Insulation resistance | ≥ 500 mΩ |
| Contact resistance | ≤ 20 mΩ |
| Voltage proof: contact-contact | ≥ 1000 V, DC |
| Current carrying capacity at 50°C | 1 A |
| Standards |
| Connectors | IEC 60603-7-4 / -7-2 |
|
| Ambient temperature | -40° C to + 70° C |
|
| Gigabit Ethernet acc. to IEEE 802.3 | Adequate for Gigabit Ethernet |
| Category 6A (Component) for products Cat.6A | ISO/IEC 11801, DIN EN 50173-1 |
| Class EA (Permanent Link) for products Cat.6A, Class EA 500 | ISO/IEC 11801, DIN EN 50173-1 |
| Class EA (Channel) for products Cat.6A, Class EA 500 | ISO/IEC 11801, DIN EN 50173-1 |
| 10 Gigabit Ethernet acc. to IEEE 802.3an | for Cat.6A |
| Cat.6A | PL acc. to ANSI/TIA/EIA-568-B.2-10 |
| Class EA | ISO/IEC 11801:2002 FPDAM2:2009; ISO/IEC 11801:2002+A1:2008 |
| Cat.6 | ISO/IEC 11801, EN 50173-1 |
| Class E | ISO/IEC 11801, EN 50173-1 |
| Channel Class E | ISO/IEC 11801, EN 50173-1 |
| Category 5e | ISO/IEC 11801, EN 50173-1 |
