Premier Measurement Solutions Private Limited was formed by a team of people who have been in the Test and Measurement area for close to two decades. We pride ourselves in offering the best in class services and Test solutions to customers in India who would like to avail our services.
Semicon Probing
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IQxel-M8
Overview
Advantages
Applications
Specifications
Resources
Related Products
The LitePoint® IQxel-M8™ is the ideal solution for high-volume production environments enabling testing of numerous connectivity standards including:
- Wi-Fi, 802.11a/b/g/j/n/p/ah
- Wi-Fi, 802.11ac
- Bluetooth, Classic (1.x, 2.x, 3.0) and Low Energy (4.0, 4.1)
- Supports 2×2 true MIMO with single tester
- Supports up to 8×8 true MIMO by stacking multiple testers
- ZigBee®
- DECT
- TD-LTE
Over 400% Test Throughput Increase with Testing of up to 4 Devices in Parallel
The IQxel-M8 can perform parallel tests on up to eight devices simultaneously through its fully-integrated RF ports. With the IQxel-M8’s embedded intelligent scheduling capability you can realize throughput increases greater than 400% relative to single-device systems.The IQxel-M8 supports 2×2 true MIMO testing in a single tester through its dual VSA/VSG design and is also scalable to support up to 8×8 true MIMO testing by stacking up multiple testers.
Asynchronous and Synchronous Test Methods Provide Both Flexibility and Cost Savings
- Asynchronous mode enables device testing that can start and stop independently of other devices in the same test station. This enables you to re-use existing equipment, preserve your factory setup, and consolidate multiple test stations into one.
- Synchronous testing coordinates receive and transmit tests across multiple devices, and provides the greatest throughput advantages. This deployment typically requires some changes in production line setup.
Maximize Test Throughput with LitePoint’s Packet Engine Technology
LitePoint’s Packet Engine, in its fifth generation, is the central nervous system of the IQxel-M8™. Delivering best-in-class test speeds by implementing device verification designed for the technology being tested, the Packet Engine enables signal analysis that is fully aligned with the device under test, rather than relying on time-based assumptions. As a result, your testing will be completed in the shortest time possible, and your measurements will be consistent and repeatable from device to device.
Turnkey Chipset-Specific Solutions
Backed by a library of hundreds of chipset solutions, LitePoint’s IQfact+ software utilizes the power of the IQxel-M8′s Packet Engine and SmartPort™ technology to deliver a total solution that accelerates your time-to-market while minimizing the total cost of testing advanced wireless devices. More than a decade of close partnership with the major wireless chipset companies ensures LitePoint products can perform the most efficient testing possible and allows for unique, optimized calibration routines that reduce test times.
Built for Manufacturing
IQxel-M8 was built from the ground up for manufacturing. With its rugged and compact design, the 2U-high chassis fits in a standard 19” rack, making it easy to rack or stack. Direct cable connections from tester to fixture, automatic configuration and simple fixture calibration all free up precious factory floor space and reduce operational expenses including labor, power consumption, and general overhead.
Future-Proof Test System
The IQxel-M8 provides comprehensive test coverage of the physical layer for the most popular wireless connectivity standards, including both legacy and new standards. The IQxel-M8 covers test requirements of all common connectivity technologies in wireless devices including 802.11a/b/g/j/n/p/ac/ah, Bluetooth, DECT, and ZigBee. With the capability to update the system’s generation and analysis software, the IQxel-M8 is ready for the future, therefore preserving your capital investment.
- Smartphones
- Tablets
- WLAN Routers and Access Points
- WLAN Modules and Network Interface Cards (NIC)
- WLAN / Bluetooth SiP (System in Package) devices
- WLAN MIMO devices
- Wireless home gateways
- Wireless enabled Internet of Things
- Portable navigation receiver systems
- Portable broadcast receiver systems
Frequency Range:
RF1 to RF4:
- 860 to 1000 MHz
- 1700 to 2660 MHz
- 3300 to 3800 MHz
- 4900 to 6000 MHz
Navigation:
- GPS: 1575.42 MHz
- GLONASS: 1598 to 1606 MHz
- COMPASS: 1561.098 (+/- 2.046) MHz
- Galileo: 1559 to 1593 MHzBroadcast:
- 65 to 240 MHz
- 470 to 900 MHz
Output Power Range:
RF1 to RF4:
- 1 port active:
- +10 to -95 dBm (≤ 2700 MHz)
- 0 to -95 dBm (> 2700 MHz)
All ports active:
- +5 to -95 dBm (≤ 2700 MHz)
- -5 to -95 dBm (> 2700 MHz)
Navigation:
- -60 to -145 dBm
Broadcast:
- +6 to -110 dBm
Wide Range of Supported Wireless Standards:
- 802.11a/b/g/j/n/p
- 802.11ac (optional)
- 802.11ah (optional)
- Bluetooth 1.x, 2.x, 3.0, 4.0, 4.1 (optional)
- DECT (optional)
- ZigBee/IEEE 802.15.4 (optional)
- TD-LTE (optional)
- GPS (optional)
- GLONASS (optional)
- COMPASS (optional)
- Galileo (optional)
- FM (optional)
- CMMB (optional)
More standards capabilities being added
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