JMA Roadshow 2025
Products
Head End Rack
Coming soon
The NG POI contains Verizon, AT&T and T-Mobile specific RF POIs as well as a multi-operator C-band POI. They compress a full sector into 1U for each operator to reduce headend space.
The bottom portion contains Dual-band C-OTRX, PtoP for C-band and a NEW product which is the OTRX for 2500 and PtoP for 2500. We are showing ORAN POIs for C-band, LB (low band) & HB (high band).
The NG RF-POI & C-OTRX reduce footprint by 75–80%, reduce co-ax jumper & fiber by 75–90%, reduce weight by 45–60%, and power consumption by 25–30%.
The benefit of the ORAN POI is that it’s 3 products in 1! The ORAN POI replaces the RRH in MNO’s BTS room, RF co-ax cables connecting RRH to RF POIs in the DAS Head-End & DAS RF POIs. The ORAN POI connects via fiber to MNO BBU and directly drives the DAS Master-Unit. It reduces footprint by 80% and reduces energy cost by 50–79%.
The JMA ORAN POI is the first industry product to support 4 2×2 sectors in 1U space.
Enterprise Remote
The 40W MIMO AWS-PCS band remote supports all 3 MNOs who have spectrum in AWS/PCS band. It can be used as MIMO or Dual SISO. It’s ideal for multi-story Enterprise buildings and can cover almost 1 million sq ft of space. It provides significant cost savings at $0.25/sq.ft. This remote significantly reduces OPEX: A single ACTIVE element in MDF compared to 80–100 active elements in equivalent Fiber-to-the-edge/Small Cell applications.
Multi-Band Remote Enclosure
The NEW multi-band remote enclosure makes installation easy. Install once and add bands & remote as you grow!
It supports 5–40W TDD overlay with 5 or 40W N41 SDRU and 5 or 40W C+DoD band SDRU.
It can be used in greenfield deployments with 2x 2W 700/850/AWS/PCS SISO RU + 5W N41 SDRU and 5W C+DoD band SDRU. The power, fiber, and combiner are included. IP66 rated.
Coming soon
In-Building Antenna
With increased sectorization requirements driving their needs for greater control of the RF propagation, JMA’s latest enhanced sectorized panel antenna solutions combine our latest pattern control and RF efficiency technology with an updated, more aesthetic form factor. JMA’s new SQ-01E family has enhanced pattern performance in particular in high bandwidth frequencies, such as band 41 and 77, significantly reducing horizontal and vertical side load levels, providing industry-leading SINR performance.
These new products offer the same product beam width combinations as our products today, providing the ability for simple upgrades to existing venues for increased performance. These new models will be released in Q4 for initial delivery starting in Q1 2026.
Compression Connector Technology
JMA’s RF coax compression technology offers the significant benefits of industry-leading RF and environmental performance combined with the simplicity and speed of installation, with 80% less parts and 7 times faster to install than alternative products. These unique benefits are provided across the full range of RF connector interface standards in both straight and right angle configurations.
Our latest right angle designs now have the added feature of 360° rotational capability for ease of installation. With any field made connection, the product is only as good as the tools used to make them, and JMA’s compression gun and frame sets have demonstrated their field robustness and repeatability; continuously make reliable, error-free RF connections. We are now excited to share the coming in 2026 we’ll be introducing some advancements in these tools. Our next generation compression tool will feature new inline design, 360° swivel head, tool locking feature and 26% lighter than the current gun with no schedule maintenance requirement. Along with this gun will be our next generation frame set, which will support the same connector interfaces as today, with integrated insert attachment capture, smaller design, 15% overall lighter, and pushback tags for improved ease of use.
In Building Antenna
Providing high quality and building coverage is a key requirement of wireless networks as up to 80% of wireless traffic is generated in buildings.
Delivering this coverage needs to balance the RF coverage and capacity needs to provide the quality of service and network speeds users need with the physical and aesthetic requirements of the in-building environment. To address both these Network and aesthetic needs, JMA has developed a range of in-building antenna products, which offer both high performance RF antennas, such as our MIMO omni ceiling and wall mount products, and more aesthetically engineered products, such as our ultra thin ceiling omnis, or transparent antennas.
Our latest 3.5 gigahertz products provide the flexibility of both, with adjustable ceiling installation that may reduce the visual appearance whilst providing maximum RF performance.
2-port 9 in. 65° panel antenna 3400-3980 MHz
SX02FIT165-40
2-port 10 in. 65° panel antenna 617-3980 MHz
IX02PNL165-65
Low Loss RF Connectivity
To complement JMA’s RF co-ax jumpers and compression connectors, JMA provides a range of bulk RF co-ax cable products. These co-ax cable products have been designed and fully tested to support the full FR1 frequency range, when compared to with a competitor solutions, which are tested to band specific frequency ranges, making cable choices project specific, and limiting the ability to use the co-ax cable for later FR1 frequency band upgrades. To support the need for lower loss and more insulation flexibility, JMA’s 3/8 RF co-ax product line provides the low loss performance of a 1/2″ cable, but with the bend radius flexibility of a 1/4″ cable, making it ideal for field installations. In addition, due to the 3/8″ cable’s reduction in cable diameter, you can install up to 60% more co-ax per conduit than the equivalent low loss 1/2″ Superflex cable.
With the growing trend of radio vendors using smaller form factor connectors such as NEX10 on low-to-mid-power radios and the location of these connectors causing restrictions on the ability to use low loss cables, such as 3/8 and 1/2″, which can mean up to 3x additional insertion loss due to having to use a 1/4″ cable. To overcome these constraints and reduce system loss, JMA has developed a new radio RF port adapter, which extends the radio port, such that you can now support the installation of low loss 3/8 or 1/2″ cable under standard 4.3-10 connector interface with JMA’s field-proven weatherproofing system.
Connecting Cluster
Over the past five years, with the increase of frequency bands and high number of RF ports per band, the number of RF connections has significantly increased, bringing more challenges in terms of RF port access, field misconnection, increased deployment time scales, and connector damage. To alleviate these challenges, JMA has developed a new cluster connector, which enables up to four RF connections to be made in one simple, tool-less attachment. This unique cluster design provides a tool-less RF connection, reduces human error with only one-way fit features for increased installation integrity, and mitigates issues such as cross-connector threading or radio port misconnection. The connector comes with fully integrated weatherproofing, so no need for separate weatherproofing, and has the ability to be field replaced and individual cables can be tested. The cluster connector can be purchased as a factory made or tested jumper, pigtail, or field made kit in combination with JMA’s field proven compression connector tools.
As with JMA’s jumper products today, these cluster jumpers can support all used RF interface connector types, such as 4.3-10, 2.2-5, and Nex10. To ensure optimal RF performance and practicalities of field installations of high port count RF connections, 3/8″ cable is used as our standard, providing the benefits of low loss characteristics in line with a 1/2″ cable combined with the bend radius flexibility of a 1/4″ cable. All of these unique features combined give a reliable repeater error for installation for 90% less the time than usually conventional connectors take to install, delivering over a 10% in total site cost savings. We invite you to come and see how simple, fast and reliable it is to make the cluster connections versus conventional RF connectors.
High-Capacity Fixed Wireless Access
Delivering higher bandwidth services for internet to the home has seen an increased demand for network capacity, in particular for higher bandwidth spectrums such as band 41 and 77. In response to these needs, JMA’s new multi-sector multiband solution provides up to four sectors of coverage in place of a single sector today. This new high-capacity multi-sector antenna product has been designed in a traditional macro antenna form factor for ease of deployment, with 50% lower weight compared to alternative competitor products. In addition to these form factor benefits, this product also provides enhanced sector pattern characteristics for optimal throughput and per-sector tilt for coverage optimization. All of these benefits come at a 17% lower CAPEX per site.
Coming Soon
Split Sector Solutions
In response to the network needs for adding additional capacity at a lower cost and in the shortest time scales, JMA has released two initial split sector products. These 12 and 16 Port models enable a traditional three-sector site to be upgraded to a sixth sector with a single standard form factor macro antenna, typically in place of two existing antennas, reducing the overall site weight by up to 40%. JMA split sector products have been proven to deliver meaningful improvements in network SINR, user experience, throughput, and capacity while maintaining the same overall site footprint. These performance benefits have been achieved through the unique way JMA has engineered its products to overcome the patent degradations of traditional split sector products delivering lens type performance, but up to 30% lower cost and 65% smaller form factor, making it a more affordable and readily deployable solution.
NWAV™ X-Pol 16-Port Antenna
MX16FSS833-01
NWAV™ X-Pol 12-Port Antenna
MX12FSS865-01
NWAV™ X-Pol 24-Port Antenna
MX24FSS833-01
High Efficiency, High Gain Antennas
With the growth in smaller and mid-sized cities due to population migration, we’ve seen increased demands on both expanding network coverage and also alleviating capacity constraints. To help address these challenges, JMA offers a wide portfolio of high-efficiency high-gain antennas. These pervasively deployed products have seen network coverage expand by 7% on low-band frequencies and 17% on midband frequencies, helping extend new and existing cell sites, reducing the cost of overall new site builds. In addition to coverage expansion, these products, due to their RF pattern efficiency and higher gain, have enabled the mid band frequencies to cover more of the low-band footprint. This allows more constrained low-band capacity users to migrate to higher band mid-band spectrum. JMA’s High Gain products as shown cover configurations from 6 to 20 ports, covering all FR1 frequency bands.
