Sigbeat Vortex5G is a high-performance 5G module designed to deliver ultra-fast data speeds and low latency for next-generation applications. With its powerful connectivity capabilities, Vortex5G enables seamless communication and real-time processing, making it perfect for smart cities, autonomous vehicles, and advanced IoT solutions.
Designed for loT and eMBB applications services by 5G NR Sub-6GHz and mmWave networks. Based on Qualcomm Snapdragon® X75 5G modem, it complies with 3GPP Release 17 standards and can support SA and NSA, covering the main operators’ network of the world.
Vortex5G GL530 series modules support up to four mmWave antennas, with mmWave supporting up to 800MHz bandwidth and up to 10G peak downlink rates. Sub-6GHz supports 5G NR downlink CA, TDD/FDD 3CC CA, up to 300MHz bandwidth, and 8RX and PC 1.5 in 5G core bands, which effectively boosts 5G UL and DL transmission rates.
lt adopts a quad-core A55 processor, with a clock speed of up to 2.2GHz, provides enhanced processing power and rich peripheral interfaces, which can support 3 groups of high-speed Pcle, 2 groups of USXGMll, USB 3.1, multiplexed UART, ADC and GPlO. With eSlM support reserved inside, it can support the latest Wi-Fi 7 and 10Gb Ethernet power, which brings more flexible choices and more competitive prices for FWA/eMBB/industrial routers.
Vortex5G GL530 supports OpenWRT and OpenCPU, which is more flexible and greatly simplifies the development process of 5G terminal devices, and will empower various related products such as FWA, eMBB, automotive, industrial loT, and 5G enterprise networks.
5G reduced capability module designed for IoT/eMBB applications, based on Qualcomm Technology Snapdragon ®X35 5G modem and RF system design. It complies with the latest 3GPP Release 17 standard and features. Support 5G independent networking (SA) mode and backward compatible with 4G networks, can cover the global mainstream operator networks. It can support 64QAM/256QAM (optional) modulation mode, the theoretical DL peak rate can reach 220Mbps, the theoretical maximum UL rate can reach 120Mbps. Compared with 4G Cat.4 products, it can obtain higher UL and DL throughput.
Vortex5G GL700 module can achieve lower cost, fewer antenna number, smaller size and lower power consumption by streamlining the system architecture. It strongly enables vertical industries such as mobile broadband, industrial Internet, smart energy, video surveillance, laptop computers, vehicle networking, and smart wearables to accelerate the large-scale commercialization of 5G.
Is designed to provide IoT and eMBB services by 5G NR Sub-6GHz networks. It integrates the Qualcomm Snapdragon X62 chipset, complies with 3GPP Release 16 standards, and can support two independent network developments: SA and NSA. Vortex5G GL520 is designed in LGA form factor, the frequencies of Vortex5G GL520 can cover the main operators’ network of the world.
The maximum 2.4Gbps-DL and 900Mbps-UL data rates on 5G Sub6GHz networks can be supported. It also has backward compatibility with LTE-A and 3G networks to ensure working in remote areas.
A rich set of interfaces (USB3.1/PCIe3.0/SDIO/SPI/UARTs/GPIOs), protocols (TCP/FTP/HTTP), and multiple OS compatibility extend the applicability of the module to a wide range of M2M applications, wireless routers, AR/VR, T-Box, Monitor, and etc
M2M modules are designed to provide IoT and eMBB services by 5G NR Sub-6GHz networks. It integrates the Qualcomm Snapdragon X62 chipset, complies with 3GPP Release 16 standards, and can support two independent network developments: SA and NSA. Vortex5G GL520 is designed in LGA form factor, the frequencies of Vortex5G GL520 can cover the main operators’ network of the world.
The maximum 2.4Gbps-DL and 900Mbps-UL data rates on 5G Sub6GHz networks can be supported. It also has backward compatibility with LTE-A and 3G networks to ensure working in remote areas.
A rich set of interfaces (USB3.1/PCIe3.0/SDIO/SPI/UARTs/GPIOs), protocols (TCP/FTP/HTTP), and multiple OS compatibility extend the applicability of the module to a wide range of M2M applications, wireless routers, AR/VR, T-Box, Monitor, etc
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Specifications
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Vortex5G GL520
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Vortex5G GL530
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Vortex5G GL700
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Vortex5G GM520
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Target Applications
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IoT, eMBB
(enhanced Mobile Broadband)
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IoT, eMBB, automotive, industrial IoT,
enterprise networks
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IoT, eMBB, smart wearables, industrial IoT,
mobile broadband, video surveillance
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IoT, eMBB, AR/VR, wireless routers,
T-Box, Monitor
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Chipset
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Qualcomm® Snapdragon X62
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Qualcomm® Snapdragon X75
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Qualcomm® Snapdragon X35
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Qualcomm® Snapdragon X62
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3GPP Standard
Compliance
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Release 16
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Release 17
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Release 17
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Release 16
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Network
Compatibility
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5G NR (Sub-6GHz), LTE-A, 3G
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5G NR (Sub-6GHz, mmWave), LTE-A, 3G
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5G NR, LTE (Cat.4), 4G
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5G NR (Sub-6GHz), LTE-A, 3G
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Max Downlink
Rate
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2.4Gbps
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10Gbps (mmWave), Sub-6GHz: Up to 3CC CA
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220Mbps
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2.4Gbps
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Max Uplink
Rate
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900Mbps
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High (Exact rate not mentioned;
supports mmWave & Sub-6GHz uplink enhancements)
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120Mbps
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900Mbps
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Frequency Bands
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Sub-6GHz supports
up to 120MHz bandwidth
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Sub-6GHz up to 300MHz,
mmWave up to 800MHz
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Sub-6GHz
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Sub-6GHz supports
up to 120MHz bandwidth
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Number of Antennas
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N/A
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Supports up to 4 mmWave antennas
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Supports 2 antennas
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N/A
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Special Features
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Backward compatibility
with LTE and 3G
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mmWave and Sub-6GHz
support, enhanced uplink/downlink,
Wi-Fi 7 support
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Reduced complexity and power
consumption, 5G LAN,
high-precision timing features
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Backward compatibility
with LTE-A and 3G
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Interfaces
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USB 3.1, PCIe 3.0,
SDIO, SPI,
UARTs, GPIO
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3x PCIe, 2x USXGMII,
USB 3.1, ADC,
GPIO, UART
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Pin-to-pin with 4G Cat.4
products, small size
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USB 3.1, PCIe 3.0,
SDIO, SPI,
UARTs, GPIO
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Operating Mode
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SA (Standalone),
NSA (Non-Standalone)
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SA, NSA
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SA, NSA
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SA, NSA
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Backward
Compatibility
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LTE-A, 3G
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LTE-A, 3G
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LTE (Cat.4)
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LTE-A, 3G
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RF Performance
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High, suitable for built-in antenna products
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Higher RF performance,
8RX, PC 1.5 in core bands
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Reduced capability for lower cost,
fewer antennas
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High, suitable for built-in antenna products
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Power Consumption
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Industrial-grade design
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Quad-core A55 processor
with power-efficient architecture
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Lower power consumption compared to standard 5G modules
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Industrial-grade design
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Modulation Support
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N/A
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256QAM (Downlink),
64QAM (Uplink)
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64QAM,
256QAM (optional)
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N/A
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Software Support
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Multiple OS compatibility
(M2M applications)
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OpenWRT and OpenCPU
for flexible software solutions
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Network slicing, high-precision timing,
5G LAN
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Multiple OS compatibility
(M2M applications)
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Key Use Cases
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M2M applications, AR/VR,
wireless routers
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eMBB, FWA,
5G enterprise networks,
industrial IoT
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Cost-sensitive 5G applications, smart wearables,
vehicle networking
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M2M applications, AR/VR,
wireless routers,
industrial IoT
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