Microlab (A Division of RF Industries)

Join Dino Giordano, VP of Engineering at Microlab (A Division of RF Industries), for his informative session titled “Site Performance IoT Monitoring to Improve Operations and Efficiency.” This session will be held at #IWCE 2025 in Las Vegas on March 19th from 4:20 to 5:20 PM. Dino will be joined by fellow panelists Alphie Kilgus from Lantronix, Kurt Beecher from AT&T, and Richard DeFelice from RF Industries. Eric Toenjes from Graybar will moderate the discussion. In this presentation, Dino will highlight the importance of implementing site monitoring with #IoT devices. Organizations can realize significant benefits by monitoring #HVAC and #DAC systems, including reduced #energy consumption, lower maintenance costs, optimized cooling, and detecting performance anomalies. Key factors such as temperature, AC and DC current draw, and overall site performance will provide operators with essential data for site improvement. Dino has over 25 years of experience in the #DAS enhancement industry and leads teams at RF Industries and Microlab focusing on designing and developing all their products. Learn more: https://lnkd.in/ew8UAjWF

Are you ready to simplify your next #DAS/#DRAN deployment? Have you considered an integrated RF solution? Contact us to discover how we can combine RF #passives and jumpers into a single customized mechanical assembly to streamline installation, reduce labor and testing costs, and improve #RF coverage and capacity. Microlab offers Point-of-Interfaces (#POI), signal conditioners, and interface panels for both indoor and outdoor use in rack and wall mount options. Learn about our POI solutions:?https://lnkd.in/ennEp6Gn Learn about Signal Conditioners:?https://lnkd.in/ejMVvsgh

CM-680E, Microlab’s ultra-wideband 3x3 hybrid #combiner, has been upgraded to improve its electrical performance across the 617 to 5925 MHz frequency range. Improvements in coupling, isolation, and return loss work together to enhance network reliability, reduce signal interference, and improve signal quality, which is crucial for dense networks and increased network capacity. A hybrid combiner is most commonly used to combine up to three wireless carriers in the operating bands to multiple antenna feeds or distribution cables. It is designed for 5G #DAS / D-RAN and Small Cell applications and offers low #PIM, low VSWR, and an IP67 rating.?Get the datasheet:??https://lnkd.in/etXAqqzK

Microlab’s 3-way and 4-way splitters are available to order, featuring both 4.3-10 and N-Type connectors. Learn more:?https://lnkd.in/ecAS_jXh

Our newly published technical brief explores how minor variations in the technical #performance of passive components, such as #insertion losses, can significantly affect the overall project. Most passive devices in a #DAS are typically chosen for their price or availability. However, selecting devices based on performance is crucial, especially with new technologies like #5G, #CBRS, and #CBand. Higher component losses can reduce signal strength and quality, requiring more branches for adequate coverage. While #passive components in a network are generally low-cost compared to active gear and installation, their impact on total deployment costs is significant. Understanding your design criteria and making accurate estimations can help you gauge how additions like antennas and feeder cables can rapidly increase overall #network costs, influencing your project bid. READ IT NOW:??https://lnkd.in/gqshbfmQ

As we near the end of 2024, we want to express our heartfelt gratitude to our amazing customers, vendors, and business partners for your ongoing support and partnership. We wish you and your loved ones a restful and healthy holiday season, along with a fantastic start to the new year. We look forward to continuing our collaboration in 2025. Happy Holidays from the Microlab team!

Happy #Thanksgiving to our customers, connections, and friends! You are an important part of the Microlab family, and we are honored to have your support. Our offices will be closed on November 28th and 29th. Enjoy the holiday, and we look forward to another year with you. Many #thanks!

Join Microlab, a Division of RF Industries, for a technical webinar on October 3, 2024 at 2 pm EST. The discussion, cutting #DAS costs without compromising quality, will be led by Darioush Charepoo, Principal Solutions Architect. This webinar will provide the insights you need to choose the most cost-effective passive components for each DAS application — whether you’re designing an #enterprise, #publicsafety or full-band commercial #wireless network. Darioush will review component bandwidth and #performance needed to meet any network requirement while deep-diving into how component design can affect loss and how to calculate the total loss for each component. Join us. Learn more and register here:??https://bit.ly/4eliiWc

Are you ready to upgrade your #GPS connectivity? Microlab has just released 4 new passive GNSS Signal #Splitters that can help you improve your network. With DC Pass on all ports, these 2-, 3-, 4- and 8-way in-line splitters are designed to handle the advanced alarm conditions of newer radios. They cover frequencies from 1100 to 1650 MHz while offering high output isolation, low #RF insertion loss and good VSWR. They are suitable for GPS L1/L2/L5, Galileo E1/E5/E6, and Glonass G1/G2/G3 bands. They are available with N-Type connectors and ready to order now. Learn More:??https://lnkd.in/dad58ndh

Did you miss our latest issue of INSIDE RFI? No worries. Find all the latest RF Industries and Microlab product updates, collaterals, tech information and much more. Read the latest here: https://lnkd.in/eNpbCv9T