Morita-Tech antenna coupler brochure for RF and OTA testing

MIMO-OTA Test System

OTA test shield box for MIMO evaluation MODEL: FS-2310 Maximum throughput test possible with just a few minutes of adjustment

Compact MIMO OTA Test System for LTE and 5G NR Testing

The FS-2310 Shield Box is designed to maximize the performance of Morita-Tech antenna couplers with near-field measurement technology. It is optimized for MIMO OTA testing of LTE and 5G NR terminals. MIMO tests for LTE, Sub-6 GHz / FR1 and millimeter-wave / FR2 bands can be performed over the air in a compact shielded environment.

Up to two cooling fans can be installed inside the box to support long-duration testing at maximum data throughput.

MIMO-compatible small shield box

The FS-2310 is a third-generation MIMO-compatible small shield box designed for LTE and 5G NR terminal testing. Combined with Morita-Tech antenna couplers, it enables compact MIMO OTA testing, carrier aggregation testing, and high-speed data throughput evaluation in a shielded environment.

The FS-2310 is a third-generation MIMO-compatible small shield box for LTE and 5G NR terminal testing. Combined with Morita-Tech small antenna couplers, it enables high-speed throughput testing during MIMO connection tests inside an extremely compact shield box with a maximum side length of 630 mm. Carrier aggregation (CA) is also supported.

The shield box covers a frequency range from 600 MHz to 100 GHz with 60 dB shielding attenuation. By simply replacing the antenna coupler, the system supports terminal testing for LTE, FR1, FR2 and even FR3.

Morita-Tech MIMO-OTA Test System FAQ

The Morita-Tech FS-2310 MIMO-OTA Test System is a compact shield box solution for LTE and 5G NR terminal testing. By combining Morita-Tech’s internationally patented antenna couplers with a shielded test environment, it enables MIMO OTA evaluation, throughput testing, carrier aggregation testing and wireless communication verification without requiring a large anechoic chamber. Compared with conventional far-field OTA chamber testing, this near-field antenna coupler approach can help reduce installation space, setup time, capital investment and running cost while supporting stable and repeatable measurements for small devices.

1. What is the FS-2310 MIMO-OTA Test System used for?

The Morita-Tech FS-2310 is used for MIMO OTA testing of LTE and 5G NR terminals in a compact shielded environment. It supports wireless communication evaluation, throughput testing, carrier aggregation testing and RF performance verification without requiring a large anechoic chamber.


2. How is it different from a conventional OTA chamber?

A conventional OTA chamber typically uses far-field measurement and requires a large installation space. The Morita-Tech MIMO-OTA Test System uses a near-field antenna coupler approach inside a compact shield box, helping reduce space requirements, setup time and overall testing cost.


3. Does the system require a large anechoic chamber?

No. For many development and evaluation purposes, the FS-2310 can perform MIMO OTA testing inside a compact shield box. This makes it a practical alternative when a large anechoic chamber is not available or when engineers need a more compact and cost-effective test environment.


4. Why is the Morita-Tech antenna coupler useful for small devices?

Small devices can be difficult to measure accurately with conventional antennas because antenna size, distance and positioning can affect measurement stability. Morita-Tech’s patented antenna coupler is designed for close-contact and near-field measurement, helping achieve stable and repeatable results for small DUTs.


5. Can the FS-2310 support LTE and 5G NR testing?

Yes. The FS-2310 is designed for LTE and 5G NR terminal testing. By replacing or selecting suitable antenna couplers, the system can support different frequency bands, including LTE, FR1, FR2 and even FR3-related test configurations.


6. Can it be used for throughput testing?

Yes. The FS-2310 supports high-speed throughput testing during MIMO connection tests. It is designed to help evaluate communication performance in a compact shielded environment, making it useful for development, verification and production-related testing.


7. What are the cost advantages of this system?

The Morita-Tech MIMO-OTA Test System can help reduce total cost of ownership compared with large OTA chamber-based testing. It requires less installation space, can reduce initial investment, lowers setup complexity and may reduce the need for repeated external OTA testing.


8. Is the system suitable for carrier aggregation testing?

Yes. Carrier aggregation testing is supported. The FS-2310 is designed for MIMO-compatible terminal testing and can support complex wireless communication evaluations, including LTE and 5G NR scenarios where multiple bands or channels are used.


9. Is the system suitable for long-duration testing?

Yes. Up to two cooling fans can be installed inside the shield box to support long-duration testing at maximum data throughput. This helps maintain a stable test environment during extended communication evaluations.


10. Who should consider using the FS-2310?

The FS-2310 is suitable for engineers and companies involved in LTE, 5G NR, MIMO, OTA, RF and wireless terminal testing. It is especially useful for teams that need compact, repeatable and cost-effective OTA evaluation without investing in a large anechoic chamber.

MIMO-OTA Test System Showcase

Overview of the Morita-Tech MIMO OTA Test System for LTE, 5G NR, Sub-6 and millimeter-wave testing. The system combines a compact Shield Box with antenna couplers to support stable OTA measurements, MIMO connection tests and high-speed throughput evaluation.

5G NR EN-DC OTA Test at 4 Gbps

Demonstration of a 5G NR EN-DC OTA test at up to 4 Gbps using the Morita-Tech MIMO OTA Test System. The video shows LTE 3A-42C and NR n257 testing inside a compact Shield Box with antenna couplers.

MIMO OTA Test System Demonstration

Overview of the Morita-Tech MIMO OTA Test System for LTE, 5G NR, Sub-6 and millimeter-wave testing. The system combines a compact shield box with antenna couplers to support stable OTA measurements, MIMO connection tests and high-speed throughput evaluation.

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