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Overcome Your 5G Network Deployment Challenges

Microlab’s ultra wideband 5G products can help overcome 5G network deployment challenges and bolster 5G network infrastructure.Microlab’s ultra wideband 5G products can help overcome 5G network deployment challenges and bolster 5G network infrastructure.

Microlab is a leading component and integrated solution partner relied on for tackling the challenges with 5G network deployments. Whether designers are seeking better system performance or lower cost deployments with smaller and lighter solutions that are available when they are needed, Microlab engineers can provide consultation to select the most appropriate standard or custom solutions to meet these needs. Microlab 5G passive components provide the advantage of pre-approval at many MNOs and neutral hosts, small size and weight for concealment, low dissipative loss for maximum system capacity, and guaranteed low PIM for optimal system performance, all typically available from stock or through wide distribution network. Custom solutions can be designed for specific requirements as well, often available within weeks.

  • Increase capacity with an improved signal-to-noise ratio, which enables higher order modulation
    • Facilitated through low insertion loss, low return loss, low PIM, and high isolation components
  • Benefit from prolonged low PIM component performance from mechanical designs that mitigate the impact of harsh environmental conditions
  • Improve quality of service for user connection with absolute PIM performance equivalent to a macro tower
  • Achieve better system designs by using components supported by iBwave and/or Ranplan and with guaranteed performance specifications
  • Increase coverage with a larger link budget for further signal propagation and a higher density of signals
    • Enabled by low insertion loss and low return loss components
  • Read the Article Better System Performance
  • Small form factor components give designers more flexibility in their mechanical designs
    • Enables better concealment, decreased overall wind load, more room for heat dissipation and smaller small cells
  • Less occupied space in enclosure gives more room for additional bands or carriers
  • Lower weight requires less mechanical support/reinforcement for installation
  • Read the Article Smaller Components
  • Products available to ship within 3-5 days
  • Nationwide stocking distribution partners increase likelihood of component availability
  • Procurement time is reduced as many components are approved at major carriers and neutral hosts
  • Rapidly resolve any passive component issues at existing sites by improving procurement time of swap components
  • Stocked alternates are recommended for long lead time products in BOM design consultation
  • Read the Article Components Available When Needed
  • Future proof your deployment with design consultation for proposed new licensed, unlicensed, and shared bands
  • Optimal system performance enabled with design consultation from experienced application engineering support and component customizations to best address requirements
  • High-quality components improve system reliability, reducing OPEX of deployments
  • Product questions are quickly resolved without delays due to time zone differences
  • Aesthetically pleasing small cells reduce site turn up time due to quicker zoning and permit approval
  • Read the Article More Cost Effective Deployments

FEATURED PRODUCT

CA-141e Hybrid Coupler Ultra wide-band to support UWB Small Cell and D-RAN applicationsCA-141e Hybrid Coupler Ultra wide-band to support UWB Small Cell and D-RAN applications

CC-610E 10dB Directional Coupler

The CC-6xxE series of Directional Couplers are designed to cover from 617 to 5925 MHz. Units couple off a defined fraction of signal with minimal reflections or loss. Availability in a wide range of coupling values makes this series useful in optimizing the power distribution required in 5G passive distributed antenna systems (DAS).

  • Ultra-wideband directional couplers for 5G FR1 signal distribution
  • 300 W Average Main Line Power
  • Minimal RF Insertion Loss & High Directivity
  • Guaranteed Low PIM
  • 4.3-10 Connectors
  • IP67 Rated
  • RoHS Complaint


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CC-606E
CC-607E
CC-608E
CC-610E
CC-613E
CC-615E
CC-620E