4X4 MIMO ANTENNA FOR 4G/5G NETWORK CASES

Name: 4X4 MIMO ANTENNA FOR 4G/5G NETWORK CASES
Brand: Panorama
Price: 146.78 USD
Availability: InStock

MPN: CASEANT4-6-605G

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Key Features

Maintain cellular connectivity across 600 MHz to 6 GHz for broad 4G/5G support
Improve multi-stream performance using 4x4 MIMO antenna architecture
Simplify enclosure design with a single wideband antenna platform
Support LTE and 5G deployments without splitting coverage across multiple antennas
Reduce RF complexity in compact network cases and portable kits
Preserve throughput in demanding cellular environments with MIMO diversity
Fit professional deployments where broad band coverage is essential

Technical Specifications

Design

Form Factor	Antenna

Wireless

Antenna Type	MIMO antenna
Mesh Support	No
Frequency Band	600 MHz to 6 GHz
Controller Managed	No
Max Data Rate Mbps	N/A
Wireless Lan Standard	4G/5G cellular

Connectivity

Wifi Standard	Not applicable
Ethernet Technology	Not applicable

Country Of Origin

Note	Listed country of origin in source data.
Country	Taiwan
Iso Code	TW

About This Device

Deliver dependable cellular connectivity in portable cases, rapid-deploy kits, and enclosure-based network systems with a 4x4 MIMO antenna designed for 4G and 5G use. Panorama CASEANT4-6-60 spans 600 MHz to 6 GHz, allowing one antenna platform to support a wide range of LTE and 5G bands without forcing a more complex multi-antenna layout. The 4x4 MIMO architecture is built for environments where signal quality and throughput matter, especially when the installation must stay compact and serviceable inside a network case. By consolidating broad frequency coverage into a single antenna design, it helps reduce RF clutter while supporting modern cellular deployments that need more than basic connectivity. For procurement teams and systems integrators, this model stands out when the job calls for a premium cellular antenna that can serve multiple bands, simplify enclosure design, and support higher-performance wireless links. It is a practical choice for deployments where reliability and integration quality justify moving beyond entry-level antennas.