A wide range of obstacles stand between you and your goal of enhancing the cellular & data coverage within the confines of your establishment. Aspects such as wall thickness & density, available cable run space, broadband coverage concentration. Providing coverage to underground areas, staircases, remote parking lots and parking garages is also something to factor in when designing your DAS System.

Multi-story buildings present different challenges than single level structures to include whether or not to choose coaxial cable instead of fiber and how and where to divi out the remote units to optimize your investment all while staying compliant to all of your local building codes. Engineering services are typically utilized to help map out the indoor space in question to determine what equipment will be needed and to design the schematic of the cable runs and the location of splitters, Access Points and other key equipment.

Winncom assists our clients with the design of the most efficient RF coverage distribution possible within the scope of your DAS project. Winncom consulting services have you covered during the entire spectrum of the project and beyond staying true to our promise of DESIGN • DELIVER • MONITOR • MANAGE.

Winncom Technologies Certified Engineers utilize the most current tools when designing wireless systems.

For any questions regarding DAS systems, please contact Winncom's professional team today: 1-888-WINNCOM or sales@winncom.com, or fill out the form below.

DAS Design Services for Cel-Fi by Nextivity

DESIGN LEVEL 1

INFORMATION REQUIRED
• Required carriers
• Building address (optional)
• Building blueprints (optional)
• Total square footage and percentage of areas types in the building (open area/cubical/small offices/small rooms)
• RSRP/RSSI readings at potential donor antenna location (optional)
• Signal source type (Small cell/Donor antenna installed outside/Donor antenna installed inside)

OUTCOMES
• General idea on possible equipment layout (optional)
• Rough order of magnitude BOM containing:
- Nextivity parts
- Major passives

ACCURACY: LOW
Estimate is based on required coverage area, type of environment

TOOLS USED
• Internal ROM tool
• Power Point

Price: FREE

DESIGN LEVEL 2

INFORMATION REQUIRED
• Required carriers
• Building address
• Building blueprints with:
- Scale
- Indication of required coverage areas
- Potential donor antenna/small cell location
- Potential Network Units installation location(s)
- RSRP/RSSI readings at potential donor antenna location (optional)
• Signal source type (Small cell/Donor antenna installed outside/Donor antenna installed inside)
• RF and CAT5/6 cable requirements (Plenum, fire retardant or regular)

OUTCOMES
• General idea on possible equipment layout w/antenna contours
• Rough order of magnitude BOM containing:
- Nextivity parts
- Major passives

ACCURACY: MODERATE
Estimate is based on scaled building blueprint, type of environment, antenna contours, proposed components layout is taken into consideration for passives estimation

TOOLS USED
• iBwave Design (quick estimation, no heatmaps)
• Power Point

Price: $250

DESIGN LEVEL 3

INFORMATION REQUIRED
• Required carriers
• Building address
• Building blueprints with:
- Scale
- Indication of required coverage areas
- Potential donor antenna/small cell location
- Potential Network Units installation location(s)
• RSRP/RSSI readings at donor antenna location (on roof and/or in the room)
• Preferred paths of cable runs for coax (donor antenna-to-NU), and CAT5 (NU to CUs)
• Floor height
• Walls materials and thickness
• Signal source type (Small cell/Donor antenna installed outside/Donor antenna installed inside)
• RF and CAT5/6 cable requirements (Plenum, fire retardant or regular)

OUTCOMES
• Heatmaps
• Cable routing report
• System design
• Preliminary bill of materials with all major components needed

ACCURACY: HIGH
Estimate is based on full iBwave system design with propagation studies

TOOLS USED
• iBwave Design (building design/system design/signal propagation/cable routing)
• Power Point

Price: $400-1000* depending on the coverage area

ADDITIONAL SERVICES

WPSS-NXTQ12K-CFG - Cel-Fi Quatra 1000/2000 Provisioning.
Includes Registration, Pre-configuration, Testing for (1) NU and up to (4) CUs.

WPSS-NXTQ4K-CFG - Cel-Fi Quatra 4 Provisioning.
Includes Registration, Pre-configuration, Testing for (1) NU and up to (4) CUs.

WPSS-SITE-SURV-PD - Site Survey for DAS and other projects.

Multi-Vendor Public Safety and Industrial DAS Design Services

Supporting following brands: Bird, Ericson, Fiplex, Solid, Westell.

DESIGN LEVEL 1

INFORMATION REQUIRED
• Required carriers
- Required PS frequencies
- Required BDA Class (class A, class B)
- BBU requirements
• Building address (optional)
• Building blueprints (optional)
• Total square footage and percentage of areas types in the building (open area/cubical/small offices/small rooms)
• RSRP/RSSI readings at potential donor antenna location (optional)
• Signal source type (Small cell/Donor antenna installed outside/Donor antenna installed inside)

OUTCOMES
• General idea on possible equipment layout (optional)
• Rough order of magnitude BOM containing:
- Vendor parts
- Major passives

ACCURACY: LOW
Estimate is based on required coverage area, type of environment

TOOLS USED
• Internal ROM tool
• Power Point

Price: FREE

DESIGN LEVEL 3

INFORMATION REQUIRED
• Required carriers
- Required PS frequencies
- Required BDA Class (class A, class B)
- BBU requirements
• Building address
• Building blueprints with:
- Scale
- Indication of required coverage areas
- Potential donor antenna/small cell location
- Potential Network Units installation location(s)
• RSRP/RSSI readings at donor antenna location (on roof and/or in the room)
• Preferred paths of cable runs for coax (donor antenna-to-NU), and CAT5 (NU to CUs)
• Floor height
• Walls materials and thickness
• Signal source type (Small cell/Donor antenna installed outside/Donor antenna installed inside)
• RF and CAT5/6 cable requirements (Plenum, fire retardant or regular)

OUTCOMES
• Heatmaps
• Cable routing report
• System design
• Preliminary bill of materials with all major components needed

ACCURACY: HIGH
Estimate is based on full iBwave system design with propagation studies

TOOLS USED
• iBwave Design (building design/system design/signal propagation/cable routing)
• Power Point

Price: $2500-7000* depending on the coverage area

Please fill out the form below and our expert engineers will get back to you ASAP.

* Company Name
* Contact Name
Company Address
* City
* State/Province
* Postal Code
* Country
* Email
Phone
* Project Description
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