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HAROGIC Technologies HAROGIC Technologies provides miniaturised, high-performance RF test instruments and transceiver equipment. Since 2015, they have focussed on research and development, production and sales of ultra-miniaturised real-time spectrum analyser/receiver. A full range of real-time spectrum analyser/receiver products with USB interface (SA series) and Ethernet interface (NX series) with frequency range from 9 kHz to 4.5/6.3/9.5/20/40 GHz have been formed. Through continuous independent innovation, HAROGIC Technologies is making progress in RF microwave front-end, high-speed signal processing, testing and measurement and other basic engineering fields, and strive to make more users enjoy the flexibility and convenience brought by advanced RF design, constantly expand the user's RF capability boundary, so that RF testing and signal transceiver will no longer be the limit of your innovation. HAROGIC Technologies focus on the product force including: miniaturization, performance and cost.
9 kHz-20 GHz real-time spectrum analyzer/receiver
Superheterodyne digital receiver architecture, 19segments pre-selected filter
9 kHz-9 GHz typical image suppression>90 dB, typical IF rejection>90 dB
9 GHz~20 GHz typical image suppression>60 dB, typical IF rejection>90 dB
100 MHz analysis bandwidth with adjustable sampling rate, 320.2 GHz/sec sweep speed
FPGA based digital signal processing
Weight 595 grams, size 167 × 117 × 28 mm, power consumption: 13-16 W
1000M/100M Ethernet interface
Build-in multimode GNSS
Provides 1PPS, latitude and longitude information and timestamp
Highly compatible API interfaces and SAStudio4 GUI
Remote master of ARM and x86 processor are supported
Linux and Windows are supported
Operating temperatures range from -20℃/-40℃ to 70℃ (option)
Built-in OCXO (option) or GNSS disciplined OCXO (option)
Built-in 4G data module (option)
9 kHz-9.5 GHz real-time spectrum analyzer/receiver
Superheterodyne digital receiver architecture, 14segments pre-selected filter
9 kHz-9.5 GHz typical image suppression>90 dB, typical IF rejection>90 dB
100 MHz analysis bandwidth with adjustable sampling rate, 330.9 GHz/sec sweep speed
FPGA based digital signal processing
Weight 645 grams, 167 × 117 × 28 mm, power consumption: 13-16 W
1000M/100M Ethernet interface
Build-in multimode GNSS
Providing 1PPS, latitude and longitude information and timestamp
Highly compatible API interfaces and SAStudio4 GUI
Remote master of ARM and x86 processor are supported
Linux and Windows are supported
Operating temperatures range from -20℃/-40℃ to 70℃ (option)
Built-in OCXO (option) or GNSS disciplined OCXO (option)
Built-in 4G data module (option)
9 kHz-6.3 GHz real-time spectrum analyzer/receiver
Integrated 100 kHz-6.3 GHz analog signal generator (option)
100MHz analysis bandwidth, 78 GHz/sec spectrum sweep speed
FPGA based digital signal processing
Weight 635 grams, size 167 × 117 × 28 mm, power consumption: 13-16 W
1000M/100M Ethernet interface
Build-in multimode GNSS
Provides 1PPS, latitude and longitude information and timestamp
Highly compatible API interfaces and SAStudio4 GUI
Remote master of ARM and x86 processor are supported
Linux and Windows are supported
Operating temperatures range from -20 ℃/-40 ℃ to 70 ℃ (option)
Built-in OCXO (option) or GNSS disciplined OCXO (option)
Built-in 4G data module (option)
9 kHz~8.5 GHz real-time spectrum analyser
100 kHz-6.3 GHz analog signal generator (opt.)
100 MHz analysis bandwidth, 163 GHz/sec spectrum sweep speed
FPGA based digital signal processing
Weight 660 grams, size 167×117×28 mm, power consumption: 13-16 W
1000M/100M Ethernet interface
Build-in multimode GNSS
Provides 1PPS, latitude and longitude information and timestamp
Highly compatible API interfaces and SAStudio4 GUI
Remote master of ARM and x86 processor are supported
Linux and Windows are supported
Operating temperatures range from - 20°C/- 40°C to 65°C (option)
Built-in OCXO (option) or GNSS disciplined OCXO (option)
Built-in 4G data module (option)
9 kHz-40 GHz real-time spectrum analyser
Superheterodyne digital receiver architecture, 14 segments pre-selected filter
9 kHz~40 GHz typical image suppression >75 dBc, typical IF rejection>75 dBc
100 MHz analysis bandwidth with adjustable sampling rate, 291.6 GHz/sec sweep speed
FPGA based digital signal processing
Weight 660 grams, size 167×117×28 mm, power consumption: 18 W
1000M/100M Ethernet interface
Build-in multimode GNSS
Provides 1PPS, latitude and longitude information and timestamp
Highly compatible API interfaces and SAStudio4 GUI
Remote master of ARM and x86 processor are supported
Linux and Windows are supported
Operating temperatures range from -20℃/-40℃ to 65℃ (option)
Built-in OCXO (option) or GNSS disciplined OCXO (option)
Built-in 4G data module (option)
9 kHz-6.3 GHz real-time spectrum analyser
Integrated 100 kHz-6.3 GHz analog signal generator (option)
DANL: -160 dBm/Hz, residual response: -110 dBm, equipped with preamplifier
1GHz phase noise: -110 dBc/Hz@10 kHz offset
6.25 MHz analysis bandwidth, 69 GHz/s spectrum sweep speed
Weight 650 grams, size 167 ×117 ×28 mm, power consumption: 14 W
1000M/100M Ethernet interface
Build-in multimode GNSS
Provides 1PPS, latitude and longitude information and timestamp
Highly compatible API interfaces and SAStudio4 GUI
Remote master of ARM and x86 processor are supported
Linux and Windows are supported
Operating temperatures range from -20℃/-40℃ to 65℃ (option)
Built-in OCXO (option) or GNSS disciplined OCXO (option)
The new PXE-200 is a 20GHz ultra-portable handheld Realtime Spectrum Analyser (RSA).Weighing just 1.4 kg and a 10.1-inch all touch screen , this unit is built on the success of the SAE-200 unit. This is a great alternative to other handheld spectrum analysers on the market offering high performance in a small ultra-portable design. Combined with an impressive battery life over 3 hours is an excellent choice for field testing.
Frequency range: 9 kHz-20 GHz SHR architecture, 19-segments pre-selected filters;
Sweep speed > 900 GHz/s (RBW ≥ 300 kHz)
Analytical bandwidth: 100 MHz (std.), 110 MHz (opt.)
Standard preamplifier, DANL: -168 dBm/Hz (typ.)
SSB Phase Noise: -100 dBc/Hz @10kHz (1 GHz typ.)
Typical IF rejection > 90dB; Typical image suppression: 90 dB (≤9 GHz), >60 dB (≤20 GHz);
Channel power, ACPR, IM3, OBW, Phase noise Real-time spectrum analysis based on FPGA, 100% POI < 3us;
Analogue modulation analysis: AM/FM; Time domain IQ, PvT, real-time spectrum R&P;
Weight: 1.4 kg, 10.1-inch all touch screen;
Battery life: 3h+, support power bank supply;
3 years warranty. HDMI interface support, expandable desktop station.
The new PXE-90 is a 9.5GHz ultra-portable handheld Realtime Spectrum Analyser (RSA).
Frequency range: 9 kHz-9.5 GHz SHR architecture, 19-segments pre-selected filters; Sweep speed > 830 GHz/s (RBW ≥ 300 kHz) Analytical bandwidth: 100 MHz (std.) Standard preamplifier, DANL: -168 dBm/Hz (typ.) SSB Phase Noise: -100 dBc/Hz @10kHz (1 GHz typ.) Typical IF rejection > 90dB; Typical image suppression: 90 dB (≤9 GHz), >60 dB (≤20 GHz); Channel power, ACPR, IM3, OBW, Phase noise Real-time spectrum analysis based on FPGA, 100% POI < 3us; Analogue modulation analysis: AM/FM; Time domain IQ, PvT, real-time spectrum R&P; Weight: 1.4 kg, 10.1-inch all touch screen; Battery life: 3h+, support power bank supply; 3 years warranty. HDMI interface support, expandable desktop station.
The new PXN-400 is a 40GHz ultra-portable handheld Realtime Spectrum Analyser (RSA). Weighing just 1.5 kg and with a 10.1-inch all touch screen. This is a great alternative to other handheld spectrum analysers on the market offering high performance in a small ultra-portable design. Combined with an impressive battery life over 3 hours it is an excellent choice for field testing.
Frequency range: 9 kHz-40 GHz SHR architecture, 11-segments pre-selected filters
Sweep speed > 500 GHz/s (RBW ≥ 300 kHz)
Analytical bandwidth: 100 MHz (std.)
Standard preamplifier, DANL: -161 dBm/Hz (typ.)
SSB Phase Noise: -107 dBc/Hz @10kHz (typ.)
Weight: 1.5 kg, 10.1-inch all touch screen
Battery life: 3h+, support power bank supply
3 years warranty. HDMI interface support, expandable desktop station
9 kHz~20 GHz real-time spectrum analyzer/receiver
Superheterodyne digital receiver architecture, 19segments pre-selected filter
9 kHz~9 GHz typical image suppression>90 dB, typical IF rejection>90 dB
9 GHz~20 GHz typical image suppression>60 dB, typical IF rejection>90 dB
100 MHz analysis bandwidth with adjustable sampling rate, 1.2 THz/sec spectrum sweep speed
FPGA based digital signal processing
Weight 195 grams (core module), size 125 × 60 × 15 mm, power consumption 10-14 W
Highly compatible API interfaces and SAStudio4 GUI
Compatible with ARM and x86 processors, Linux and Windows operating systems
Operating temperatures range from – 20 ℃/- 40 ℃ to 70 ℃ (option)
Built-in OCXO (option)
9 kHz~9.5 GHz real-time spectrum analyzer/receiver
Superheterodyne digital receiver architecture, 14segments pre-selected filter
9 kHz~9.5 GHz typical image suppression>90 dB, typical IF rejection>90 dB
100 MHz analysis bandwidth with adjustable sampling rate, 1.2 THz/sec spectrum sweep speed
FPGA based digital signal processing
Weight 188 grams (core module), size 118 × 60 × 15 mm, power consumption 10-14 W
Highly compatible API interfaces and SAStudio4 GUI
Compatible with ARM and x86 processors, Linux and Windows operating systems
Operating temperatures range from – 20 ℃/- 40 ℃ to 70 ℃ (option)
USB 3.0/2.0 Type-C interface
9 kHz~6.3 GHz real-time spectrum analyzer/receiver
Integrated 100 kHz-6.3 GHz analog signal generator (option)
100 MHz analysis bandwidth, 300 GHz/sec spectrum sweep speed
FPGA based digital signal processing
1GHz phase noise: -114 dBc/Hz@10kHz
1GHz DANL: -167 dBm/Hz
Weight 168 grams (core module), size 142mm×54mm×16mm, power consumption 7-10 W
Highly compatible API interfaces and SAStudio4 GUI
Compatible with ARM and x86 processors, Linux and Windows operating systems
Operating temperatures range from -20 oC/-40 oC to 70 oC (option)
Built-in OCXO (option), temperature drift≤0.15 ppm
USB3.0/2.0 Type-C interface
9 kHz~8.5 GHz real-time spectrum analyzer/receiver
Integrated 100 kHz-6.3 GHz analog signal generator (option)
100MHz analysis bandwidth, 300 GHz/sec spectrum sweep speed
FPGA based digital signal processing
Weight 159 grams (core module), size 142 × 54 × 16 mm, power consumption 7-10 W
Highly compatible API interfaces and SAStudio4 GUI
Compatible with ARM and x86 processors, Linux and Windows operating systems
Operating temperatures range from -20 ℃/-40 ℃ to 70 ℃ (option)
USB 3.0/2.0 Type-C interface
The HAROGIC Technologies SAN-400 is a small, but powerful 40 GHz Real-Time Spectrum Analyser/Receiver. Offering impressive performance
400 GHz/sec spectrum sweep speed,
100 MHz analysis bandwidth with adjustable sampling rate
Superheterodyne digital receiver architecture, 14 segments pre-selected filter;
Typical image suppression and IF rejection>75 dBc;
100 MHz analysis bandwidth with adjustable sampling rate
40 GHz DANL=-141 dBm/Hz, Phase Noise=-86 dBc/Hz@10 kHz;
Highly compatible API interface and SAStudio4 application software
USB3.0/2.0 Type C supported.
Outstanding device performance and price advantage
9 kHz~4.5/6.3 GHz real-time spectrum analyzer/receiver
Integrated 100 kHz-6.3 GHz analog signal generator (option)
Equipped with preamplifier, DANL: -160 dBm/Hz, residual response: -110dBm
Typical phase noise: -110 dBc/Hz@1 GHz 10 kHz offset
Bandwidth: 6.25 MHz, spectrum sweep speed> 20 GHz/s
Weight: 159 grams (core modular), size: 142 x 54 x 16 mm
Highly compatible API interfaces and SAStudio4 GUI
Compatible with ARM and x86 processors, Linux and Windows operating systems
Operating temperatures range from – 20 ℃/- 40 ℃ to 70 ℃ (option)
USB3.0/2.0 Type-C interface
Outstanding device performance and price advantage
9 kHz~6.3 GHz real-time spectrum analyzer
Integrated 100 kHz-6.3 GHz analog signal generator (option)
25 MHz analysis bandwidth, 100 GHz/s sweep speed, FPGA signal processing
Typical phase noise: 1GHz carrier -110 dBc/Hz@10 kHz
Standard preamplifier, DANL: -162 dBm/Hz
Core module supported, light as 168 g, 142x54x16 mm, power consumption 7~10 W
Highly compatible API interfaces (HTRA API)and SAStudio4 GUI
Compatible with ARM and x86 processors, Linux and Windows operating systems
Operating temperatures range from – 20 ℃/- 40 ℃ to 65 ℃ (opt.)
Built-in OCXO (option), temperature drift≤0.15 ppm
USB3.0/2.0 Type-C interface
