Wireless Telecom Group announced today that the Microlab Digital GPS Repeater was selected and integrated by Anziva Technologies for the new Distrito T-Mobile entertainment venue in Puerto Rico to enable precision network synchronization for its cellular communication network.
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Microlab, a Wireless Telecom Group company, announced today that it has expanded its broad portfolio of RF signal distribution and combining solutions to enable the deployment of commercial wireless networks utilizing new licensed and unlicensed mid-band spectrum allocations.
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Microlab, a Wireless Telecom Group Company (NYSE American: WTT), announced today that its wideband products for 5G deployment were designed in and selected for the new indoor/outdoor SoFi Stadium in Inglewood, California.
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Parsippany, New Jersey, USA – March 30, 2020 – Microlab, a Wireless Telecom Group Company (NYSE American: WTT), announces today that the DCC Series® Point-of-Interface (POI) integrated solution was chosen for the wireless system deployment in Raymond James Stadium in Tampa, Florida.
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Public Safety
Public Safety communications worldwide are becoming increasingly important to ensure that first responders communicate reliably during emergencies for the protection and preservation of life and property. Public Safety agencies like the National Fire Protection Association (NFPA) and the International Fire Code (IFC) have created safety in-building communication requirements and best practices. Local municipalities and authorities at different government levels in the U.S. are now mandating these safety codes for new and existing buildings and facilities.
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Microlab, a Wireless Telecom Group company (NYSE:WTT), is announcing the addition of 4.3-10 connectors to its market leading RF passive components. The 4.3-10 interface (IEC-61169-54) has been developed to meet the current and future needs of the mobile communications market. The new connector interface guarantees excellent low PIM performance that is independent of tightening torque making it yet another choice of robust low PIM connector on Microlab's products.
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Microlab, a Wireless Telecom Group company (NYSE: WTT), introduces a new product line of low cost and low Passive Intermodulation (PIM) attenuators. The new FY series of 10 Watt attenuators are designed for low power indoor applications where signal levels and flat attenuation response are critical to increase network coverage and capacity.
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Microlab, a Wireless Telecom Group company (NYSE:WTT), is excited to announce the addition of 4.1-9.5 DIN connectors to its low passive intermodulation (PIM) product line. This builds on their commitment of providing wireless operators and their system designers with the most flexible and reliable components for distributed antenna systems, macro, and small cell applications.
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Microlab is releasing the active DAS tray DCC500 Series as part of the low PIM DAS tray product line. The DAS Control Rack (DCR) is the monitoring and controlling unit for Microlab’s DCC SeriesTM product offering.
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Microlab , a Wireless Telecom Group company (NYSE: WTT), has modified its website to make it easier for customers to find Low PIM components and low PIM DCC Series™ DAS Carrier Conditioners.
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Microlab is introducing a new product line for both in-Building and outdoor DAS applications, the DCC Series™ DAS Carrier Conditioners. These products are equally suited for passive DAS venues and for active fiber DAS installations. DCC Series™ DAS interfaces allow for a wide variety of configurations, starting from simple two-port combining, to multi-carrier multi-band systems with integrated low pim, high power attenuators plus variable attenuators and monitoring ports.
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PIM signals residing in the receiving bands of telecommunication systems interfere with actual Rx signals and with that, reduce the network's capacity. The amount of unwanted PIM signals is directly proportional to the carrier power in the RF path. While macro cells operate at high power levels, most in-building DAS networks use low antenna power levels because they employ multiple antennas. Compared to macro cells, each antenna needs to cover only a relatively small area. Does ubiquitous system noise supersede any PIM effects? Wolfgang Damm discusses causes of Passive Intermodulation (PIM), its effects on network quality and offers guidelines to ensure networks provide maximum bandwidth.
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Microlab has extended its line of JP / JR / JS series jumper cables. With an operating range of DC to 3 GHz, these cables are ideal for all telecommunication applications in the frequency bands between 380 and 2,700 MHz. While attractively priced, all cables are "Microlab Certified™", a quality guaranty well recognized in the Telecommunication market.
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Announcing an important extra wideband LTE and Tetra Ready Combining System KM-80N, which incorporates four inputs for signals between 380 and 960 MHz and four inputs between 1710 and 2700 MHz each of which is fed to a broadband 4 x 4 hybrid coupler.
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Microlab has launched a new product line: low PIM jumper cables, JP/JR series.
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Components used outdoors must always function flawlessly - even under severe weather condition. The degree of component protection is reflected in the Ingress Protection rating, e.g. IP67. Learn more about IP ratings here:
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New Hybrid Coupler covers a wide frequency range from 698 MHz to 2700 MHz and meets special needs of Size, Bandwidth and low PIM.
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Microlab has launched a new product line of Low Cost Injector-Diplexer Combiners: BK-51. Low Cost ‘Tuned-by-Design’ Injector-Diplexer Combiners for WiMAX-2600 / LTE-2600 and GSM-850 / 900 & LTE-700 bands.
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The advent of wireless with its tightly grouped, high power, high frequency signals and the associated high sensitivity receivers has created many unanticipated PIM (Passive Intermodulation) problems. PIM is caused by improper design of the passive, sharing transmission line by the receive signal. This brief overview describes a few of the problems and solutions encountered by Microlab/FXR in its efforts to supply PIM-free wireless components.
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In this webinar, the concept of the Signal Tapper will be introduced. This webinar will also include an analysis of the performance characteristics and recommended design revisions that will enable tremendous cost savings without any sacrifice to over-all system performance.
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New low cost Injector-Diplexer, to separate or combine the new LTE-2600 band (2400 – 2690 MHz) and GSM-850/ 900 bands (698 – 960 MHz). Using suspended substrate, the wireless frequency loss is minimized to less than 0.25 dB in all bands.
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New 4 x 4 Hybrid Matrices with exceptional 30 dB isolation and <-160 dBc PIM. This has been achieved with radical new circuitry, eliminating the signal path discontinuities of previous designs while having all inputs conveniently located on the same side.
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This webinar will discuss the different approaches to in-building communications systems with a primary focus on the advantages of the passive DAS. We will discuss the use of different types of components and also draw attention to the contribution to PIM from various sources.
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Announcing an important WiMAX addition to its already wide range of $ Saver Power Splitters/Dividers. The new low cost, 2, 3, 4 and 8 way Power Dividers, Dx-63FF series, cover from 1700 to 4,200 MHz to not only include the PCS and UMTS bands but the new 2.5 – 2.7 MHz WiMAX/LTE expansion band up, and 3.5 GHz WiMAX bands.
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Announcing an important extra wideband LTE Ready Combining System which incorporates four inputs for inputs between 698 and 960 MHz and four inputs between 1710 and 2700 MHz each of which is fed to broadband 4 x 4 hybrid couplers.
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Microlab announces an important wideband addition to its already wide range of $ Saver Power Splitters/Dividers. The new low cost, 2 way GPS Power Divider, D2-79FN, limits DC connection to one output port, and also covers from 698 to 2,700 MHz to include both the LTE-700 and LTE-2600 bands.
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Announcing the addition of a new Portable Low Passive Intermodulation, (PIM), 50W Terminations to our line of Low PIM products. These terminations have typical PIM performance of <-165 dBc, and are guaranteed <-160 dBc, when measured using two 20W test tones, to meet the demanding needs of the wireless market where PIM performance is so critical to optimizing cellular system operation.
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Announcing the addition of a range of high power 698 – 2700 MHz Attenuators with guaranteed low PIM. These attenuators are products are available in attenuation values from 4.8 to 30 dB to meet the exacting needs of the wireless market across the whole 700 to 2700 MHz band. of less than -150 dBm when measured with two 20W test tones.
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Announcing the Model CT-84N, Low PIM Hybrid Combiner, a hermetic assembly of hybrid coupler and cable load. Such a combination, truly yields low PIM when combining two high power cellular signals.
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Announcing an important extra wideband addition to its already wide range of $ Saver Power Splitters/Dividers. The new low cost Power Dividers, Dx-69FN series, are available as 2, 3, 4, 6 and 8 way configurations, all covering from 698 to 2,700 MHz to not only include the cellular, PCS and UMTS bands but the new LTE-700 and LTE-2600 bands.
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Microlab/FXR, a wholly owned subsidiary of Wireless Telecom Group, Inc., announces an important wideband addition to its already wide range of $ Saver Power Splitters/Dividers.
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System Combiner Boxes From Microlab/FXR Simplify DAS Installation From 380 - 2700 MHz
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Breakthrough Product! 700 - 2700 MHz 3 x 3 Hybrid in N or 7-16 mm for Combining Three Multiple Carriers
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Microlab/FXR announces a Smaller Size, Pre-Tuned High/Low Band Cellular Diplexer
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New 30W Low PIM Loads 700 - 2700 MHz From Microlab/FXR
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$ Saver Product Line from Microlab Now Includes 6 and 8 way Dividers with 700 - 2700 MHz Range
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New Microlab/FXR Low Cost Couplers meet Wireless Demands For Expanded Range 700 – 2700 MHz
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Global DAS Systems Integrator Uses Microlab DCC Series™ DAS Carrier Conditioner to combine signals from multiple carriers.
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Global DAS Systems Integrator Uses Microlab DCC Series™ DAS Carrier Conditioner to combine signals from multiple carriers.
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