Embedded System Module
SWaP-C Optimized Radio Transceiver Modules: Enhancing OEM Systems
At Vizmonet, we provide a diverse range of Embedded Wi-Fi System Modules encapsulated within complete embedded solutions. Designed for performance and efficiency, these modules are SWaP-C optimized to meet OEM demands for compact, reliable, and energy-efficient wireless connectivity.
BlackPepper 6
BKP6-AX2AX2-2450
Wi-Fi 6
IPQ6028, QCA8081, 802.11ax, 2x2, MU-MIMO, 2.4 / 4.9 / 5 GHz, WiFi 6, OpenWRT, Ath11k, x4 SMA, 30 dBm
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BlackPepper 4 Outdoor
BKP4-OD-N2N2-2450
Wi-Fi 4
QCA9550, AR8033, AR9592, 2x2 (2.4GHz), 2x2 (5GHz), DBDC, WiFi 4, OpenWRT, Ath9k, x4 MMCX, 29 dBm
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BlackPepper 4
BKP-N2N2-2450
Wi-Fi 4
QCA9550, AR8033, AR9592, 2x2 (2.4GHz), 2x2 (5GHz), DBDC, WiFi 4, OpenWRT, Ath9k, x4 MMCX, 29 dBm
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BlackPepper 4
BKP-N2N2-2409
Wi-Fi 4
QCA9550, AR8033, AR9592, 2x2 (2.4GHz), 2x2 (900MHz), DBDC, WiFi 4, OpenWRT, Ath9k, x4 MMCX, 29 dBm
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BlackPepper 4
BKP-N2N1-2409
Wi-Fi 4
QCA9550, AR8033, AR9592, 2x2 (2.4GHz), 1x1 (900MHz), DBDC, WiFi 4, OpenWRT, Ath9k, x3 MMCX, 29 dBm
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ES-P-N2N1-2409
Wi-Fi 4
QCA9550, AR8033, AR9592, 2x2 (2.4GHz), 1x1 (900MHz), DBDC, WiFi 4, OpenWRT, Ath9k, x3 MMCX, 29 dBm
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ES-P-N2N2-5050
Wi-Fi 4
QCA9550, AR8033, AR9592, 2x2 (5GHz), 2x2 (5GHz), DBDC, WiFi 4, OpenWRT, Ath9k, x4 MMCX, 29 dBm
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ES-P-N2N1-5009
Wi-Fi 4
QCA9550, AR8033, AR9592, 2x2 (5GHz), 1x1 (900MHz), DBDC, WiFi 4, OpenWRT, Ath9k, x3 MMCX, 29 dBm
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RAJANT Case Study ES1 Breadcrumb
Vizmonet led the hardware design effort, including circuit design and packaging, while continuously incorporating Rajant’s feedback from testing and validation..
Vizmonet was acting as Satellite R&D center for Rajant and worked closely with Rajant to manage the complete product life-cycle.
Vizmonet team worked with regulatory Labs to get the product approved for FCC/IC/CE and other geography specific homologation.
These meticulously designed modules prioritize meeting the stringent performance requirements demanded by various applications, including:
Industrial IoT Networks: Our Wi-Fi solutions play a crucial role in connecting sensors, devices, and machinery across industrial environments, enabling seamless data exchange and efficient automation.
Autonomous Ground Robots: Vizmonet’s Wi-Fi radios enhance communication and control capabilities for autonomous ground robots, ensuring reliable connectivity as they navigate complex terrains and perform critical tasks.
Unmanned Aerial Systems (UAS): Whether for surveillance, mapping, or delivery, our Wi-Fi modules empower UAS with robust connectivity, enabling real-time data transmission and precise navigation.
Unmanned Ground Systems: From agricultural robots to security patrols, our Wi-Fi radios enable unmanned ground systems to operate effectively, even in challenging conditions. Here are the benefits of Vizmonet’s radio transceiver modules and their impact on system development:
SWaP-C Optimization
Size, Weight, Power & Cost (SWaP-C) optimization is crucial for modern systems. Vizmonet’s radio transceiver modules are meticulously designed to meet these requirements.
By minimizing size, weight, and power consumption, these modules seamlessly integrate into OEM systems without compromising performance.
Streamlined Development Cycles:
With pre-integrated components and standardized interfaces, developers can focus on application-specific features rather than reinventing the wheel.
Faster development means quicker time-to market, a critical advantage in competitive industries.
Customization Options:
One size doesn’t fit all. Vizmonet understands this.
Tailoring modules to specific application requirements ensures optimal performance.
Whether it’s tweaking frequencies, adjusting power levels, or fine-tuning protocols, customization empowers OEMs.
Reliability and Robustness:
Vizmonet modules are battle-tested to operate within a temperature range of -40°C to +85°C and offer great resilience to military-grade shock & vibration. These modules withstand challenging environments, maintaining connectivity even in adverse conditions.