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RapidConnect Cat6A Ultra Thin Patch Cables combine 500 MHz performance with a compact 28AWG, 3.8 mm U/UTP construction. Featuring RJ45 connectors and an LSZH jacket, these flexible patch leads reduce cable congestion and improve access and airflow within high-density network racks, cabinets and patch panels.
RapidConnect Cat6A Ultra Thin Patch Cables provide high-performance copper patching in a compact 28AWG construction. With a nominal cable diameter of only 3.8 mm, these slim Cat6A patch leads reduce cable congestion in densely populated racks, cabinets and patch panels. As a result, technicians gain better access to ports, cable managers and equipment controls.
The reduced cable diameter also helps preserve airflow around active network equipment. Furthermore, the flexible construction makes each cable easier to route through crowded horizontal and vertical cable managers. RapidConnect Cat6A Ultra Thin Patch Cables are therefore particularly valuable when standard-diameter patch leads create unnecessary bulk.
Each patch cable features an unshielded U/UTP construction, RJ45 connectors and a Low Smoke Zero Halogen jacket. Moreover, the Cat6A design supports transmission frequencies up to 500 MHz. The cables are available in multiple colours, allowing network managers to identify services, equipment groups, network zones or connection types at a glance.
However, an ultra-thin patch cable is not automatically the correct choice for every copper link. Its 28AWG conductors deliver important space and flexibility benefits, but they also have different electrical and thermal characteristics from thicker conductors. Therefore, cable length, bundle size, ambient temperature and Power over Ethernet requirements should form part of the selection process.
Anderson Corporation supplies RapidConnect Cat6A Ultra Thin Patch Cables for data centres, server rooms, telecommunications rooms, commercial networks and compact equipment cabinets throughout Australia.
Cat6A Ultra Thin Patch Cables are factory-terminated twisted-pair copper cables designed for short equipment and patching connections. They use eight insulated conductors arranged as four balanced twisted pairs. In addition, each cable terminates with an RJ45 plug at both ends.
The RapidConnect design uses 28AWG conductors and has a nominal outside diameter of 3.8 mm. Consequently, the cable occupies considerably less physical space than many conventional copper patch leads.
“Cat6A” refers to the cable’s transmission performance category. Category 6A supports frequencies up to 500 MHz and is commonly selected for networks that require 10 Gigabit Ethernet capability. Meanwhile, “Ultra Thin” describes the cable’s compact physical construction rather than a separate performance category.
A properly selected ultra-thin cable can therefore provide Cat6A patching performance while making a network cabinet easier to organise. Nevertheless, the completed channel must support the required application. The performance of one patch cable cannot compensate for unsuitable permanent cabling, connectors, patch panels, installation practices or active equipment.
These cables are patch leads rather than horizontal installation cables. Therefore, use them to connect patch panels, switches, servers, routers and other RJ45 equipment. They are not intended to replace the fixed horizontal cabling installed between telecommunications rooms and work-area outlets.
The RapidConnect range combines a slim physical profile with the electrical performance required for modern copper patching.
| Feature | RapidConnect specification |
|---|---|
| Product type | Cat6A Ultra Thin RJ45 patch cable |
| Cable construction | U/UTP unshielded twisted pair |
| Conductor size | 28AWG |
| Number of pairs | Four twisted pairs |
| Connector type | RJ45 plug at both ends |
| Nominal cable diameter | 3.8 mm |
| Nominal cable weight | 16.9 kg/km |
| Transmission frequency | Up to 500 MHz |
| Jacket material | Low Smoke Zero Halogen |
| Maximum pulling tension | 40 N |
| Minimum bending radius | 16 mm |
| Available colours | Blue, green, red, yellow, grey, purple, white, black and pink |
| Principal application | Short equipment and patch-panel connections |
Project requirements can vary. Therefore, confirm the required lengths, colours, availability and application conditions with Anderson Corporation before ordering.
American Wire Gauge, generally abbreviated to AWG, describes conductor size. Under this numbering system, a higher AWG number represents a smaller conductor diameter. Therefore, a 28AWG conductor is thinner than a 24AWG conductor.
That difference influences more than the outside appearance of the cable. In particular, conductor size affects cable diameter, flexibility, electrical resistance, insertion loss and heat dissipation.
RapidConnect Cat6A Ultra Thin Patch Cables use their reduced conductor size to achieve a nominal overall diameter of 3.8 mm. Consequently, more patch leads can pass through a cable manager without creating the same degree of congestion as thicker cables.
The reduced size also makes the cable more flexible. As a result, technicians can route it through confined spaces and around cable-management hardware more easily. However, installers must still observe the specified minimum bending radius and avoid sharp turns.
Thinner conductors generally have higher electrical resistance than thicker conductors of the same material and length. Therefore, 28AWG patch leads require more careful consideration when links become longer or carry power. The ultra-thin format delivers its greatest value in short, high-density patching applications where space, access and flexibility matter.
The difference between a 3.8 mm cable and a conventional patch lead may appear modest when comparing a single cable. However, that difference becomes substantial across 24, 48 or hundreds of ports.
Cable volume increases quickly as patch leads accumulate. Therefore, crowded patch fields can obstruct equipment, fill management rings and create dense cable bundles. In turn, technicians may struggle to locate ports, trace individual connections or complete routine moves, additions and changes.
An ultra-thin patch cable reduces the diameter of every connection. Consequently, a group of RapidConnect cables occupies less cross-sectional area than an equivalent group of larger patch leads.
This reduction can deliver several practical benefits:
Nevertheless, compact cables do not remove the need for good cabinet design. Technicians should still select appropriate cable lengths, separate pathways where required and avoid tightly compressing bundles.
High-density equipment concentrates many RJ45 ports into a relatively small rack area. For example, a 48-port switch can occupy only one rack unit. When several switches and patch panels sit together, conventional patch leads can quickly dominate the available management space.
RapidConnect Cat6A Ultra Thin Patch Cables help reduce this physical congestion. Because each cable has a nominal diameter of 3.8 mm, the overall patching field remains easier to access.
The cables are particularly useful for:
In each case, installers should assess the complete link rather than considering cable diameter alone. Furthermore, they should select the correct cable category, length, colour and power-handling characteristics for the application.
Active network equipment generates heat. Therefore, switches, routers, servers, power supplies and other rack-mounted devices rely on clear ventilation pathways to remain within their intended operating temperatures.
Patch cables can influence those pathways. In particular, large cable bundles may obstruct vents or reduce the open area around equipment. Over-length cables can also create unnecessary loops that occupy space in front of cooling inlets or exhaust fans.
RapidConnect Cat6A Ultra Thin Patch Cables reduce patch-cord bulk. Consequently, they can help network designers maintain clearer airflow paths through crowded cabinets.
However, ultra-thin cables do not cool equipment directly. Instead, their compact construction makes it easier to avoid blocking the airflow created by the equipment’s cooling system. Therefore, the outcome still depends on cabinet layout, fan placement, room temperature, equipment load and cable-management practices.
For better airflow:
When these practices accompany a reduced-diameter cable, the cabinet can remain cleaner and easier to manage.
A technically functional network can still become difficult to maintain. Dense cable bundles often hide port labels, link indicators and connector release tabs. As a result, even a simple cable replacement may disturb several neighbouring connections.
The compact profile of RapidConnect Cat6A Ultra Thin Patch Cables helps preserve access around each port. Therefore, technicians can identify and disconnect individual links with less interference from nearby cables.
Better access supports routine network work, including:
Furthermore, the broad colour selection can support a consistent identification system. Colour alone should not replace labels or network documentation. Nevertheless, it provides a useful visual layer that can speed up maintenance.
A smaller cable diameter generally produces a more flexible patch lead. Therefore, RapidConnect Cat6A Ultra Thin Patch Cables are easier to route through narrow spaces than many standard-diameter alternatives.
This flexibility can help when:
However, flexible does not mean unrestricted. Repeated sharp bending, twisting, pulling or crushing can damage a patch lead. Moreover, excessive deformation may change the physical relationship between the conductors and affect transmission performance.
The RapidConnect datasheet specifies a minimum bending radius of 16 mm. Therefore, route the cable in a smooth curve and avoid folding it tightly against the RJ45 plug, cabinet frame or cable manager.
Category 6A cabling supports transmission frequencies up to 500 MHz. That bandwidth is double the 250 MHz frequency associated with Category 6.
The additional frequency range supports demanding Ethernet applications, including 10 Gigabit Ethernet when the complete installed channel meets the applicable requirements. However, frequency and data rate are different measurements. A 500 MHz cable does not mean the network transfers data at 500 megabits per second.
Instead, the frequency rating describes the range across which the cable’s transmission characteristics are specified. Those characteristics include insertion loss, return loss, near-end crosstalk and related measurements.
The completed channel includes more than the patch lead. It can also include:
Therefore, every component and connection contributes to overall performance. For example, a Cat6A patch cable connected through lower-category permanent cabling does not upgrade the entire channel to Cat6A.
Cat6A cabling is widely associated with 10GBASE-T, the copper Ethernet application that carries 10 Gigabits per second over balanced twisted-pair cabling. RapidConnect Cat6A Ultra Thin Patch Cables provide a compact patching option for Cat6A systems.
However, a successful 10 Gigabit Ethernet link requires an appropriate end-to-end channel. Therefore, the patch panels, outlets, permanent cable and equipment interfaces must also support the intended application.
Link length also matters. Because 28AWG conductors have different attenuation characteristics from thicker conductors, ultra-thin patch leads should be selected as part of the channel design. Do not assume that every combination of horizontal cable and 28AWG patch-cord length will support the full maximum channel distance.
For short cabinet patching, the compact design provides a practical balance between performance and physical space. For longer patch-cord requirements, however, the designer should verify the permitted channel configuration or consider a larger-conductor alternative.
RapidConnect Cat6A Ultra Thin Patch Cables use a U/UTP construction. The first “U” means that the cable does not have an overall metallic screen. Meanwhile, “UTP” means the individual twisted pairs are also unshielded.
The cable therefore does not contain foil or braided screening. Instead, its balanced twisted-pair construction controls crosstalk and supports signal integrity within the cable’s specified operating conditions.
Twisting the conductors into pairs helps cancel unwanted electromagnetic effects. Furthermore, manufacturers use controlled twist rates and cable geometry to manage interaction between adjacent pairs.
However, an unshielded design is not immune to electromagnetic interference. Therefore, do not route the cable against high-current electrical equipment, large motors, transformers or other significant noise sources without assessing the environment.
A screened or shielded cabling system may be more appropriate where:
For conventional commercial patching, however, U/UTP construction avoids the additional screening and bonding considerations associated with shielded systems.
Crosstalk occurs when a signal in one pair or cable couples into another. Because modern Ethernet applications operate at high frequencies, controlling this unwanted interaction is critical.
The four twisted pairs inside a Cat6A patch cable use controlled geometry to limit internal crosstalk. In addition, the completed Cat6A channel must manage interaction between adjacent cables, particularly at higher frequencies.
Cable handling affects that performance. Therefore, avoid flattening the cable, overtightening fasteners or forcing sharp bends. Similarly, avoid compressing large cable groups into undersized management hardware.
Good installation practice includes:
These practices help the cable retain the geometry established during manufacturing.
Every RapidConnect Cat6A Ultra Thin Patch Cable has a Low Smoke Zero Halogen outer jacket as standard.
LSZH materials are designed to limit smoke and corrosive halogen gas emissions when exposed to fire. Therefore, they are often selected for enclosed or occupied environments where smoke density and combustion products form part of the project’s risk assessment.
Suitable environments may include:
However, LSZH does not mean fireproof. The jacket can still burn under appropriate conditions. Moreover, LSZH does not establish every fire-performance characteristic that a particular building, pathway or project may require.
Designers should therefore confirm the applicable building requirements, fire ratings and installation conditions before specifying any patch lead. The jacket material is one part of the overall fire-safety assessment.
Power over Ethernet carries electrical power and data through the same balanced copper cabling. It supports devices such as wireless access points, IP cameras, VoIP telephones, access-control equipment and other networked devices.
Although PoE simplifies device deployment, it also introduces current into the conductors. Electrical resistance then generates heat. Because 28AWG conductors are smaller than 24AWG conductors, they generally have higher resistance and less conductor mass available to dissipate heat.
Therefore, Power over Ethernet applications require careful evaluation. Relevant factors include:
Do not determine PoE suitability from the Cat6A category designation alone. Category performance primarily concerns data transmission, while power delivery introduces additional electrical and thermal considerations.
For lower-power devices and short, openly routed patch leads, 28AWG cables may suit the engineered system. However, larger conductors may provide a more appropriate margin for high-power devices, long patch cords, large bundles or warm environments.
Before deploying ultra-thin leads for PoE, confirm the complete channel design and the equipment manufacturer’s requirements. Furthermore, monitor bundle temperature where the installation carries substantial continuous power.
RapidConnect Cat6A Ultra Thin Patch Cables and standard Cat6 Patch Cables serve different priorities.
The ultra-thin Cat6A range focuses on high-density patching, reduced cable bulk and 500 MHz performance. Conversely, the standard RapidConnect Cat6 patch cable uses a larger 24AWG construction with a nominal diameter of approximately 6 mm.
| Consideration | Cat6A Ultra Thin Patch Cable | Standard Cat6 Patch Cable |
|---|---|---|
| Category | Cat6A | Cat6 |
| Frequency | Up to 500 MHz | Up to 250 MHz |
| Conductor size | 28AWG | 24AWG |
| Nominal diameter | 3.8 mm | Approximately 6 mm |
| Physical profile | Ultra thin | Standard diameter |
| Flexibility | Higher | Moderate |
| Cable-manager occupancy | Lower | Higher |
| High-density suitability | Excellent | General-purpose |
| Electrical resistance | Higher than an equivalent 24AWG lead | Lower than an equivalent 28AWG lead |
| Heat dissipation | Requires more care in powered bundles | Greater conductor mass |
| Principal advantage | Space, airflow and flexibility | Robust general-purpose patching |
Choose Cat6A Ultra Thin Patch Cables when:
Choose standard Cat6 Patch Cables when:
Neither product is universally superior. Instead, the correct choice depends on bandwidth, distance, power, environment and cabinet density.
Some projects require Cat6A performance but do not need an ultra-thin cable. In that case, a standard-diameter Cat6A patch lead may provide different electrical, thermal or mechanical characteristics.
An ultra-thin Cat6A lead is generally preferable where short, dense patching creates a space-management problem. Conversely, a standard-diameter Cat6A lead may suit longer patching connections, demanding powered applications or installations where cable bulk is not a concern.
Consider the following questions:
The answers determine whether the ultra-thin benefit outweighs the advantages of a larger conductor.
RapidConnect Cat6A Ultra Thin Patch Cables are flexible, factory-terminated equipment cords. They are not a substitute for permanent horizontal cable.
Permanent cabling forms the fixed infrastructure between the telecommunications room and the work area. It generally terminates on patch panels, outlets or consolidation points. Conversely, patch cables provide flexible connections between that infrastructure and active equipment.
Using the correct cable type matters because patch leads and permanent cables have different mechanical purposes. Patch cables must tolerate handling and movement. Therefore, they usually use stranded conductors. Horizontal cables, however, generally use solid conductors and remain fixed after installation.
Do not:
Australian customer cabling work may need to be performed or supervised by a registered cabler. The Australian Communications and Media Authority advises customers to use a registered cabler who understands the relevant Australian requirements and can certify compliant work.
Correct length selection improves both appearance and performance. An excessively short cable may place tension on the RJ45 connectors. Conversely, an excessively long cable creates unnecessary loops, occupies cable-management space and complicates tracing.
Measure the actual routing path rather than estimating the straight-line distance between ports. Furthermore, include enough controlled slack for:
However, avoid adding large service loops without a defined purpose. The value of an ultra-thin cable diminishes if several metres of unused cable remain bundled inside the cabinet.
For high-density switch-to-panel connections, a consistent short-length strategy can produce a particularly clean layout. For example, neighbouring rack units may use short direct connections, while more distant equipment uses the next suitable length.
Before ordering, document:
This preparation reduces excess cable and improves the finished installation.
RapidConnect Cat6A Ultra Thin Patch Cables are available in:
A consistent colour system helps technicians recognise connection types before reading individual labels. For example, a network manager might allocate colours to user data, voice, wireless access points, security devices, management interfaces or separate network zones.
However, no universal colour convention applies to every organisation. Therefore, define a project-specific scheme and document it.
A useful colour plan should be:
Avoid relying on colour alone. Lighting conditions, colour-vision differences and similar shades can cause mistakes. Therefore, apply a unique connection identifier to both ends of every patch lead.
Colour can then provide quick visual recognition, while the label provides exact identification.
RapidConnect Cat6A Ultra Thin Patch Cables use RJ45 plugs. Therefore, they connect with standard compatible Ethernet interfaces found on switches, routers, servers, patch panels, outlets and network appliances.
However, physical connection does not guarantee the intended network performance. The equipment port must support the required data rate, while the complete cabling channel must meet the relevant performance level.
For example, a Cat6A patch lead can connect to a Gigabit Ethernet port. The link will then operate at a rate supported by the active devices and the completed channel. Similarly, connecting a Cat6A patch lead to a Cat6 permanent link does not convert the permanent link into Cat6A.
Before connecting a cable:
To remove the cable, press the latch and withdraw the plug body. Do not pull the cable jacket.
Good cable management protects performance and makes future work easier.
First, map the required connections. Determine which ports connect, where the cable will travel and which management hardware it will use.
Next, select a suitable cable length and colour. This step prevents installers from filling the cabinet with unnecessary slack.
The datasheet specifies a minimum bending radius of 16 mm. Therefore, use smooth curves and avoid sharp folds.
Pay particular attention near the connector boot. A tight bend immediately behind the plug can place stress on both the cable and the equipment port.
The specified maximum pulling tension is 40 N. However, patch leads should normally require very little pulling force during installation.
If the cable does not move freely, stop and identify the obstruction. Do not pull harder, because excessive force may stretch the conductors or damage the termination.
Do not close cabinet doors, panels or equipment rails onto the cable. Likewise, do not place heavy equipment on patch leads.
Crushing changes the cable geometry and can damage the jacket. Consequently, transmission performance and long-term reliability may suffer.
Hook-and-loop straps generally allow easier adjustment than tightly applied plastic cable ties. However, even a reusable strap can compress the cable if overtightened.
Fasteners should organise the group without changing the shape of the individual cables.
Route cables so technicians can reach connector latches and read port labels. Moreover, avoid covering status indicators or equipment controls.
Remove obsolete patch leads rather than leaving them inside the manager. Otherwise, unused cables consume capacity and make live connections harder to identify.
Moves, additions and changes can disturb neighbouring connections. Therefore, release the required cable from its management path carefully and restore the remaining cables after completing the work.
Appearance matters, but electrical and thermal requirements take priority. Therefore, assess length and PoE conditions before selecting 28AWG leads.
Long loops create clutter and increase the patch-cord contribution to channel insertion loss. Instead, choose the shortest practical length that allows correct routing and servicing.
Closely packed powered cables can retain heat. This issue becomes more important with smaller conductors. Therefore, review bundle size, power level, ventilation and ambient temperature.
An ultra-thin cable routes easily, but sharp folds and crushing can still damage it. Always maintain a smooth path.
The lowest-performing component or poor installation practice can limit the overall link. Therefore, verify the full channel.
Colours identify groups rather than exact destinations. Consequently, every connection should still receive an appropriate label.
This action transfers force into the termination. Instead, release the latch and hold the connector body.
A broken latch, crushed jacket or loose connector can create an unreliable connection. Replace damaged patch leads rather than returning them to service.
Patch cables require little routine maintenance when installed correctly. Nevertheless, periodic cabinet inspections help identify problems before they affect service.
Check for:
Network teams should also update documentation whenever they move or replace a cable. Otherwise, physical labels and network records may diverge.
When diagnosing an intermittent link, substitute a known-good patch lead before assuming the permanent cabling has failed. This quick test can isolate a damaged or poorly seated patch cable.
However, replace cables systematically. Record the original and replacement connection details, and verify network operation after the change.
The RapidConnect ordering structure identifies the product family, cable length and colour.
An example product code is:
CAT6AU-0.25B
This code represents a blue, 0.25-metre RapidConnect Cat6A Ultra Thin 28AWG U/UTP LSZH RJ45 patch cable.
The product-family code is:
CAT6AU – RapidConnect Cat6A Ultra Thin LSZH RJ45 Patch Cable
Colour suffixes include:
| Suffix | Colour |
|---|---|
| B | Blue |
| E | Green |
| R | Red |
| Y | Yellow |
| G | Grey |
| U | Purple |
| W | White |
| K | Black |
| P | Pink |
Before requesting a quotation, provide:
Anderson Corporation can then confirm the appropriate product configuration and current availability.
Use the following selection process.
Determine whether the completed link requires Cat6A performance. If Cat6 meets the application, the standard RapidConnect Cat6 range may offer a suitable alternative.
Count the ports and review the available cable-management capacity. The physical benefits of a 3.8 mm cable become more significant as density increases.
Measure the pathway through the management hardware. Then select the shortest length that provides appropriate slack.
Determine whether the link carries PoE and identify the required power level. Furthermore, consider cable grouping, ambient temperature and continuous device load.
Review ventilation, electrical noise, mechanical exposure and jacket requirements. The RapidConnect product uses an unshielded U/UTP construction and an LSZH jacket.
Apply the organisation’s approved colour convention. If one does not exist, establish it before ordering large quantities.
Verify the permanent cable, connecting hardware, patch panels and active equipment. A Cat6A patch lead should form part of a coordinated system.
A Cat6A Ultra Thin Patch Cable is a slim, flexible RJ45 patch lead designed to provide Cat6A transmission performance while occupying less space than many standard-diameter cables. The RapidConnect version uses 28AWG conductors and has a nominal diameter of 3.8 mm.
The cables support transmission frequencies up to 500 MHz. However, the performance of the finished link depends on every component in the channel.
They are designed for Cat6A patching applications, including appropriately configured 10 Gigabit Ethernet channels. Nevertheless, cable length, permanent cabling, connecting hardware and equipment must all suit the application.
No. RapidConnect Cat6A Ultra Thin Patch Cables use a U/UTP unshielded construction. They do not contain an overall metallic screen or individual pair screens.
They use balanced twisted pairs and controlled cable geometry. However, correct handling and installation remain important for maintaining transmission performance.
The nominal cable diameter is 3.8 mm.
The cables use 28AWG conductors.
A 28AWG construction reduces cable diameter and improves flexibility. Consequently, it works well in short, high-density patching applications where space and access matter.
Potential suitability depends on the PoE level, cable length, bundle size, temperature, ventilation and overall channel design. Because 28AWG conductors have higher resistance than larger conductors, powered applications require careful assessment.
Do not assume suitability from the Cat6A designation. High-power PoE, dense bundles and warm environments may favour a larger conductor. Confirm the engineered requirements before selection.
No. They are factory-terminated patch leads for flexible equipment and patch-panel connections. They should not replace fixed horizontal cabling.
Yes. RapidConnect Cat6A Ultra Thin Patch Cables have a Low Smoke Zero Halogen jacket as standard.
No. LSZH describes reduced smoke and halogen emissions under fire conditions. It does not mean that the cable cannot burn or that it automatically satisfies every project fire requirement.
The available colours are blue, green, red, yellow, grey, purple, white, black and pink.
RJ45 interfaces are physically compatible when the equipment uses the same connector format. However, the connection will operate according to the capabilities of the complete channel and active equipment.
No. Every relevant component and installation condition must support Cat6A performance.
The RapidConnect datasheet specifies a minimum bending radius of 16 mm.
The specified maximum pulling tension is 40 N. Nevertheless, installers should route patch leads without applying unnecessary force.
No. RapidConnect Cat6A Ultra Thin Patch Cables retain a round, twisted-pair cable construction. “Ultra Thin” refers to the reduced overall diameter.
Apply a unique label at both ends and maintain an accurate cable schedule. Colour coding can support identification, but it should not replace exact labels.
Consider a standard Cat6 Patch Cable when Cat6 performance is sufficient, a larger 24AWG conductor is preferred or high-density space savings are not required.
The Cat6A Ultra Thin Patch Cable Knowledge Centre provides focused guidance across cable construction, category performance, high-density patching, Power over Ethernet, installation and maintenance. As the Knowledge Centre expands, each section will help customers select and manage compact copper patch leads throughout their service life.
First, this section explains what ultra-thin Cat6A cables are, how their 28AWG construction differs from conventional patch leads and where they fit within structured cabling systems.
Next, this section will examine conductor gauge, cable diameter, electrical resistance, insertion loss and flexibility.
Articles coming soon.
This section will explore port density, cable-manager capacity, cabinet airflow and access to network equipment.
Articles coming soon.
Here, future articles will explain 500 MHz performance, completed-channel design and the requirements that support 10 Gigabit Ethernet.
Articles coming soon.
This section will cover PoE selection, conductor resistance, bundle size, ambient temperature and heat management.
Articles coming soon.
Next, this section will provide practical guidance on patch-cord length, bending radius, pulling tension, routing, labelling and colour coding.
Articles coming soon.
Finally, this section will compare ultra-thin Cat6A cables with standard Cat6, standard-diameter Cat6A and other copper patching options.
Articles coming soon.
RapidConnect Cat6A Ultra Thin Patch Cables provide a compact solution for high-density copper network patching. Their 28AWG construction and nominal 3.8 mm diameter reduce cable congestion, preserve access to ports and help keep equipment ventilation pathways clear.
Furthermore, Cat6A performance up to 500 MHz supports modern high-bandwidth network requirements. The standard LSZH jacket also provides an appropriate material choice for many enclosed commercial environments, subject to the project’s specific fire and installation requirements.
However, successful selection requires more than choosing the smallest cable. Designers must consider patch-cord length, PoE demand, bundle density, temperature, complete-channel performance and the installation environment.
When space and flexibility drive the design, the RapidConnect Cat6A Ultra Thin range offers clear advantages. Conversely, when a larger conductor or standard Cat6 performance better suits the application, Anderson Corporation can help identify an appropriate alternative.
Contact Anderson Corporation to discuss cable lengths, colours, quantities, availability and project requirements for RapidConnect Cat6A Ultra Thin Patch Cables.
Likewise, check out the official Anderson Corporation YouTube Channel for more Fibre Optic Information!
