Frequently Asked Questions
Select your category:
-
A manufacturer’s representative firm acts as a direct local extension of the factory’s engineering, sales, and technical support teams. Instead of representing just a single factory, CoreTek Reps manages a curated portfolio of top-tier, non-competing information and communications technology (ICT) brands (such as Leviton, Chatsworth Products, MaxCell, and Oberon) specifically for the Pacific Northwest market.
Partnering with a rep firm provides distinct advantages across the entire project lifecycle:
A Single Source for Integrated Designs: Instead of coordinating with multiple disparate factories for your network, space, and thermal management needs, you gain access to local technical experts who understand how these distinct systems integrate seamlessly together.
Zero Added Cost: Rep firms are compensated directly by the manufacturers they represent. There is no middleman markup, premium pricing, or hidden fees passed on to designers, contractors, or distributors.
Direct Factory Advocacy: We bridge the gap between local job sites and the factory production team. Whether you need expedited technical submittals, custom product configurations, or regional troubleshooting, we advocate directly for your project timeline.
Synergistic Problem Solving: Because we look at the entire physical layer we help optimize the bill of materials, streamline procurement, and eliminate architectural roadblocks early in the design phase.
-
CoreTek Reps is the premier, direct factory extension for mission-critical infrastructure across the Pacific Northwest. We provide local technical support, specification engineering, and project advocacy across Washington, Oregon, Idaho, Montana, and Alaska.
To ensure our design, contracting, and distribution partners route inquiries correctly, here is our regional coverage breakdown by manufacturer:
Core Infrastructure Portfolio (Washington, Oregon, Idaho, Montana, and Alaska): CoreTek Reps fully represents Leviton Network Solutions, Chatsworth Products (CPI), MaxCell, Oberon, and Mitsubishi Electric across all five states. Whether you need design support in Seattle, a submittal in Portland, or project forecasting in Boise, our team handles it directly.
Starline Power Distribution Systems (Washington and Alaska Only): CoreTek Reps is the exclusive factory representative for Starline track busway solutions specifically within the states of Washington and Alaska.
Note: For Starline inquiries in Oregon, Idaho, or Montana, we will happily introduce you to the correct regional representative.
-
Yes, we are happy to assist with this task. Between access up-to-date specification documents from the manufacturers that we represent, and a team of specification engineers, we can help you with writing or updating your Division 27 documents.
-
Yes. CoreTek Reps regularly conducts on-site project walkthroughs, facility audits, and field consultations across the Pacific Northwest. We believe that true technical support cannot be delivered solely from behind a desk, which is why our team gets boots on the ground to assist with your physical layer challenges.
-
CoreTek acts as a dedicated technical resource during the early design and specification phases. We help RCDDs, electrical engineers, and technology consultants build resilient, future-ready infrastructure by providing:
Design Validation & Spec Support: We connect consultants with expert teams at our manufacturer partners to assist with drafting precise submittals, single-line diagrams, and Division 27 specifications that align with the latest industry standards.
Direct Factory Access: We connect you directly with specialized manufacturer resources—such as our dedicated local Leviton Specification Engineer or Chatsworth’s data center design team—for advanced layout reviews.
Continuing Education: Free access to local training sessions, office Lunch & Learns, and certified courses to earn vital BICSI Continuing Education Credits (CECs).
-
For field crews and project managers, CoreTek focuses entirely on reducing installation friction, protecting project timelines, and lowering total labor costs. We support your field operations through:
Labor-Saving Solutions: Recommending and sourcing innovations engineered for rapid deployment, such as tool-less deployment of enclosures, pre-assembled systems, and flexible fabric innerducts.
Supply Chain Advocacy: Proactive project forecasting to navigate tightening global lead times and secure product allocations before they impact your construction schedule.
Distributor Coordination: Working hand-in-hand with your preferred local distribution partners to streamline logistics, verify product compatibility, and optimize the bill of materials.
-
CoreTek helps building owners and IT teams maximize their capital investments, reduce operational expenses, and safeguard business continuity. We deliver long-term value via:
Future-Proof Architecture: Prescribing scalable physical layer-systems designed to seamlessly accommodate next-generation network speeds, high-density AI compute, and rising thermal loads.
Risk Mitigation: Protecting multi-million dollar hardware investments with waterless liquid cooling options and high-efficiency uninterruptible power supplies (UPS).
Operational Flexibility: Sourcing modular, open-channel power and space footprints that allow your internal teams to perform moves, adds, and changes safely without scheduling costly system downtime.
Company & Field Support
-
CPI CUBE-IT® wall-mount cabinets are engineered to secure active network equipment, patch panels, and edge compute hardware off the floor, turning unused wall space into high-density, secure IT closets. They are the ideal solution for commercial offices, educational facilities, retail sites, and remote edge locations where dedicated floor space is non-existent or cost-prohibitive.
Key features and operational benefits include:
Patented Swing-Out Design: A three-part layout (rear panel, main body, and front door) allows the central body to swing away from the wall. This gives installers and field technicians full 360-degree rear access to cabling and termination points without unmounting hardware, drastically reducing maintenance time.
High Load Capacity: Built from heavy-gauge aluminum and steel to support heavy enterprise switches, patch panels, and uninterruptible power supplies (UPS) up to 300 lbs (136 kg), ensuring structural integrity in high-traffic spaces.
Built-In Physical Security: Lockable front doors and rear panels safeguard critical network infrastructure from unauthorized access, tampering, or accidental disconnection in unmonitored or multi-use rooms.
Thermal & Cable Management Options: Integrated side vents accommodate passive airflow or optional factory-installed fan kits to pull heat away from active switches, preventing thermal throttling in unconditioned environments.
-
The CPI ZetaFrame® Cabinet System is purpose-built to handle the extreme weight, power, and thermal density demands of artificial intelligence (AI) and High-Performance Computing (HPC) workloads:
Extreme Load Capacity: Engineered with a roll-formed steel frame that supports an industry-leading 5,000 lb static and 4,000 lb dynamic load (UL 2416 listed) to safely house heavy GPU nodes and power infrastructure.
Advanced Thermal Integration: Maximizes airflow with high-perforation doors while integrating seamlessly with CPI Air Containment and direct-to-chip liquid cooling systems to prevent thermal throttling on high-wattage hardware.
Rapid Job-Site Deployment: Features integrated zero-U vertical PDU channels and automated door-grounding hinges that eliminate manual bonding straps, speeding up installation and lowering field labor costs.
-
Deploying enterprise wireless infrastructure (Wi-Fi 6E/7 or DAS) often pits interior design against network performance. Oberon wireless enclosures solve this conflict by balancing aesthetics, physical security, and signal integrity:
Architectural Integration: The In-Plane™ and Wi-Tile® series recess flush into ceilings and walls, completely concealing the access point body and cabling.
RF-Transparent Materials: Built from specialized polycarbonates and ABS plastics that are virtually invisible to wireless signals, ensuring zero degradation of coverage or beamforming.
Security & Compliance: Locking, tamper-resistant, NEMA-rated designs physically protect assets—ideal for strict healthcare (ICRA), education, and government environments.
Universal Fit: Approved and certified by major wireless vendors (Cisco, Aruba, Meraki) to guarantee a perfect physical fit and fast field installation.
Cabinets, Enclosures & Wireless mounting
-
While standard Category 6 handles basic 1Gbps network applications, Category 6A is required when deployments demand higher bandwidth, extended distances, or high-power remote device delivery:
Guaranteed 10Gbps at 100 Meters: Cat 6A supports 10GBASE-T speeds up to the full 100-meter (328 ft) channel length. Standard Cat 6 is limited to 10Gbps only up to 55 meters, sometimes substantially less depending on alien crosstalk (ANEXT) in bundled runs.
High-Power PoE Heat Management: Cat 6A features a larger internal pair-separator spline, thicker outer jacketing, and full Alien Crosstalk suppression. This enables cable bundles running High-Power PoE (Type 3 & 4 up to 90W) to dissipate thermal buildup effectively without signal derating or cable degradation.
Next-Gen Wireless & Spec Compliance: Cat 6A is mandatory to support the multi-gigabit throughput of Wi-Fi 6E and Wi-Fi 7 wireless access points (APs), digital ceiling lighting, and modern Division 27 enterprise or healthcare standards.
-
Standard category copper cabling has long been restricted by a strict 100-meter (328-foot) channel limit, forcing designers to build costly additional telecommunications rooms (TRs/IDFs) just to reach remote edge devices. To eliminate this spatial and financial bottleneck, Leviton Network Solutions offers a complete portfolio of extended distance systems purpose-built for specific network demands:
ATLAS‑X1™ SST Cat 6A UTP MILLENNIUM™ System (Mission-Critical & High-Speed): Designed for data centers, healthcare, and enterprise environments where downtime is not an option. This premier global system supports rigorous 10GBASE-T applications but can also be engineered to push extended distances at lower speeds (up to 5 Gbps) while reliably delivering up to 100 watts of PoE.
PARADIGM™ Extended Distance System (The 225-Meter Breakthrough): Launching as a next-generation solution for campus and outdoor environments, PARADIGM utilizes rugged, gel-filled Stadion® outdoor cable. It enables contractors and engineers to push 1G/2.5G Ethernet and Type 4 PoE up to 225 meters (738 feet). This allows designers to easily reach perimeter IP cameras and access control systems without the Capex of building new local enclosures or active switches.
OneReach™ PoE Extender System (Ultra-Long Distance Hybrid): When devices are located far beyond traditional limits—such as remote wireless access points, parking garage security cameras, or blue-light emergency phones—OneReach provides the ultimate fix. It combines optical fiber for high-speed data and 12 AWG copper for power within a single composite cable. This allows IT teams to deliver PoE/PoE++ up to thousands of feet away from a single, centrally managed local closet, eliminating the need for remote power supplies.
-
In high-performance AI and GPU clusters, traditional MPO connectors are rapidly hitting physical and thermal capacity limits. Leviton addresses this bottleneck with the STRATA™ MMC (Multi-fiber Micro Connector) platform.
The core technical and operational contrasts include:
3x the Density: MMC is a Very Small Form Factor (VSFF) connector that packs 3,456 fibers into a single rack unit (1RU), a massive leap past MPO’s 1,152-fiber limit.
Optimized Thermal Airflow: The ultra-slim MMC design minimizes physical congestion at the patch panel face, clearing critical exhaust paths to cool high-heat AI workloads without soaring energy costs.
Zero-Finger-Space Mechanics: Traditional MPOs require physical finger clearance to latch and unlatch. The STRATA MMC utilizes an integrated Push-Pull Tab, allowing ports to be stacked tightly together while reducing contractor field labor by up to 40%.
Precision Insertion Loss: Leviton MMC assemblies are built with US Conec TMT ferrules across certified manufacturing sites, delivering the ultra-low insertion loss required for 400G, 800G, and future 1.6T network fabrics.
-
The choice between single-mode and multimode fiber comes down to distance, total system cost, and long-term upgrade plans:
Distance & Location: Single-mode fiber is built for long distances, making it ideal for connecting separate buildings on a campus or running across large facilities. Multimode fiber is designed for shorter distances, making it the standard choice for connecting server rooms and equipment closets inside a single building.
Total Cost Balance: Single-mode cable itself is actually cheaper per foot, but the equipment (transceivers) plugged into each end is more expensive. Multimode cable costs slightly more per foot, but the equipment required to run it is significantly cheaper, making multimode lower cost overall for short indoor runs.
Future Growth: Single-mode fiber offers practically unlimited bandwidth potential. Choosing single-mode for your primary backbone allows you to increase network speeds in the future simply by upgrading the electronics at the ends, without ever having to re-pull cable through your walls.
-
Traditional rigid innerducts can waste massive amounts of physical space inside a conduit, often limiting a pathway to just a few cables. The most efficient way to maximize pathway density without the astronomical costs and permitting delays of civil excavation is by deploying MaxCell® Fabric Innerduct.
The key technical and financial advantages include:
300% Capacity Increase: MaxCell’s flexible fabric construction conforms directly to the shape of the cables placed within it. This eliminates wasted space, allowing up to three times more cabling per conduit compared to rigid alternatives.
Override Occupied Pathways: MaxCell can be pulled directly over existing active cabling infrastructure, seamlessly creating new, distinct pathways without risking damage to live lines.
50% Total Cost Savings: By completely eliminating the need for new trenching, drilling, or civil construction, project managers cut material and labor costs in half while allowing field crews to install pathways twice as fast.
Integrated Future-Proofing: Each cell features pre-installed 1250 lb Vis™ Glide pull rope for immediate deployments, has a high melting point (419°F / 215°C), and generates significantly lower shipping and manufacturing emissions than rigid pipe.
-
Recognized under the ANSI/TIA-568.2-D standard, a Modular Plug Terminated Link (MPTL) is a cabling configuration where a solid horizontal cable runs from a patch panel in the telecommunications room and terminates directly into a male field-installable RJ45 plug at the device end—eliminating the traditional female jack, faceplate, and patch cord setup.
Eliminates Unnecessary Hardware & Labor: Connects directly into endpoints like Wi-Fi 6E/7 Access Points, IP cameras, and smart LED lighting. This cuts out surface-mount boxes (biscuit boxes), faceplates, and extra patch cords, reducing job-site material costs and installation labor.
Enhances Physical Security & Cleanliness: Keeps connections concealed inside device housings or ceiling spaces. This eliminates dangling, unsightly wire loops that can collect dust, get vandalized, or be accidentally unplugged.
Guarantees 25-Year Warranty Compliance: When installed using Leviton Atlas-X1® or eXtreme® field-terminated plugs and certified in the field under TIA MPTL test limits, direct-attach links qualify for Leviton’s full 25-Year System & Application Assurance Warranty.
-
Pre-terminated fiber optic assemblies—such as factory-capped plug-and-play trunks, harnesses, and cassette systems—offer significant operational and economic advantages over traditional field termination:
Up to 80% Faster Installation & Reduced Field Labor: Factory-attached connectors eliminate tedious field cleaving, polishing, and splicing. Field teams simply pull, route, and plug in the assemblies, drastically reducing billable labor hours on job sites and preventing installation delays.
Guaranteed Factory Quality & Low Optical Loss: Pre-terminated assemblies are manufactured in controlled cleanroom environments and 100% optically tested for end-face geometry and insertion loss. This guarantees strict, low-dB loss budgets required for high-bandwidth specs that are difficult to replicate consistently in dusty job-site conditions.
Cabling & Pathways
-
As next-generation AI workloads push processor power demands past traditional air-cooling limits, liquid cooling has become a necessity. The ZutaCore® HyperCool® Two-Phase Direct-to-Chip Liquid Cooling system, integrated within the Chatsworth Products (CPI) ZetaFrame® Cabinet System, eliminates the threat of liquid damage entirely:
100% Waterless Design: The system utilizes a non-conductive, dielectric fluid instead of water. This two-phase boiling and condensation loop is completely safe for electronics, removing the risk of catastrophic leaks.
High-Density Thermal Management: Safely removes up to 70% of the thermal load directly at the processor level, managing up to 100 kW per rack. The remaining heat is handled by CPI’s advanced airflow containment.
Turnkey Field Assembly: To eliminate installation errors and cut field labor, CPI factory-assembles, tests, and ships the complete ecosystem—including the manifold, fluid paths, and intelligent PDUs—under a single part number on a shock pallet.
-
Item descriptioWhile these terms are occasionally used interchangeably, they represent two completely different approaches to power distribution in modern data centers, separating rigid infrastructure from modular flexibility:
Busduct (Traditional Feeder Power): This is a rigid, enclosed sandwich-style conductor designed primarily for bulk power transmission. It typically runs high amperage Starline Series HP ( HighPower Busway) (e.g., 1000A to 6000A+) from the main utility room or generator directly to Power Distribution Units (PDUs) or between switchboads and track busway. It features fixed, pre-determined plug-in openings and cannot be easily reconfigured.
Track Busway (Modular Row Power): Engineered specifically for the white space and server rows—such as Starline Track Busway—this system features an open-channel design. Instead of fixed outlets, it allows plug-in units (tap-off boxes) to be inserted and locked in anywhere along the continuous overhead track.
The Design & Operational Impact: Busduct is ideal for permanent, high-power facility connections that will never change. Track Busway is the standard choice for server environments because it allows contractors and facility managers to perform moves, adds, and changes (MACs) instantaneously on a live system, eliminating the costly downtime and engineering rework required by rigid busduct or traditional pipe-and-wire setups.n
-
Yes. Starline Track Busway systems allow for seamless integration of advanced revenue-grade metering directly into the plug-in units (tap-off boxes). Utilizing solutions like the Starline Critical Power Monitor (CPM), facilities can capture granular, real-time power data at the specific device or rack level.
The key features and operational advantages include:
Retrofit Capabilities: Metering can be factory-installed in new plug-in units and easily retrofitted in the field without shutting down the continuous busway run, ensuring zero operational downtime.
Comprehensive Data Tracking: The system monitors critical electrical parameters—including voltage, current, power factor, line frequency, and kilowatt-hours (kWh)—with billing-grade accuracy.
Seamless Network Integration: Supports standard communication protocols (such as Modbus, BACnet, and SNMP) to feed data directly into existing Building Management Systems (BMS) or Data Center Infrastructure Management (DCIM) software.
Granular Capacity Planning: Enables data center operators and facility managers to precisely track Power Usage Effectiveness (PUE), allocate energy costs accurately to specific departments or tenants, and identify overloaded circuits before they cause an outage.
-
An Uninterruptible Power Supply (UPS) is a dedicated backup power system designed to safeguard critical electrical loads during a utility outage. By drawing instantaneous power from an alternate source such as internal batteries, it will maintain system continuity until grid power is restored or an emergency facility generator can successfully take over. CoreTek Reps can assist with helping to determine what size of UPS and battery run time you may require.
Beyond handling total blackouts, a UPS acts as a continuous power conditioner. It instantly corrects common grid anomalies like voltage sags, surges, and spikes, ensuring a steady stream of clean electricity that protects sensitive microprocessors from hardware damage or unexpected operational downtime.
-
The fundamental difference lies in how electricity is delivered, the size of the equipment it protects, and the overall efficiency of the system:
Single-Phase UPS: Operates on a single alternating current (AC) wave. It is designed for smaller, localized electrical loads (typically under 10kVA) such as standard enterprise server racks, localized edge environments, telecom closets, and standard office hardware.
Three-Phase UPS: Utilizes three overlapping AC waves delayed by 120 degrees to deliver continuous, uninterrupted power that never drops to zero. This configuration is engineered for large-scale, high-density infrastructure (10kVA up to multi-megawatt systems) like hyperscale data centers, medical imaging facilities, and industrial manufacturing plants.
The Operational Impact: Because three-phase power provides a constant, highly stable stream of electricity, it can transmit significantly more power using smaller, lighter cabling. This drastically improves electrical efficiency, lowers heat generation, and reduces total footprint and distribution costs for heavy enterprise workloads.
Power & Thermal Systems
-
Both Leviton Network Solutions and Chatsworth Products offer on demand Webinars and training courses that qualify for BICSI CECs.
Leviton - https://leviton.com/support/resources/product-support/network-solutions/webinars
Chatsworth Products (CPI) - https://www.chatsworth.com/en-us/training-center-overview/cec-courses/
-
The optical fiber market is currently experiencing unprecedented, accelerating long-term demand. This tightening of the global supply chain is primarily driven by two massive industry shifts:
The AI Infrastructure Boom: Unlike traditional cloud environments, AI data centers require extremely dense fiber networks to support the massive volumes of "east-west" traffic occurring between thousands of GPUs. Major hyperscalers are securing massive, multi-year supply agreements—such as Meta’s $6 billion agreement with Corning and Microsoft’s 22,000-route-mile partnership with Lumen.
Federal Broadband Expansion: The U.S. government’s $42 billion Broadband Equity, Access, and Deployment (BEAD) program is expanding rural infrastructure nationwide, an initiative estimated to consume up to 5% of national fiber production.
How to Protect Your Supply Chain: Because hyperscale and government projects are absorbing so much capacity, regional contractors and enterprises in the PNW are facing longer lead times and shifting product availability. The most effective way to protect your deployments is through early collaboration and proactive planning. By engaging CoreTek Reps early in your project forecasting, we can evaluate your options and work directly with our manufacturing partners to secure the critical fiber constructions you need to stay on schedule.