AURSINC feature image

AURSINC

Review rating Review rating Review rating Review rating Review rating 4.0

* We independently evaluate all recommended products and services. If you click on links we provide, we may receive compensation.

Products of the AURSINC range from £46.06 to £562.99, and the average price of all the products is about £99.28. So your total expense can vary depending on the products chosen, which allows you to choose products according to your budget.

AURSINC has a relatively small number of products for sale, only 22. We analyzed some of them in detail and recommended them to our readers. Our AURSINC review dives deep into the brand, and introduces you to their bestselling products. Let's get into it!

AURSINC Best Sellers

Last Updated: 14 Jun 2023

[Upgraded] AURSINC NanoVNA-H Vector Network Analyzer 10KHz -1.5GHz HF Latest HW Version 3.6 VHF UHF Antenna Analyzer Measuring S Parameters, Voltage Standing Wave Ratio, Phase, Delay, Smith Chart

[IMPROVED FREQUENCY ALGORITHM: The improved frequency algorithm can use the odd harmonic extension of si5351 to support the measurement frequency up to 1.5GHz. The 50K-300MHz frequency range of the si5351 direct output provides better than 70dB dynamic, The extended 300M-900MHz band provides better than 60dB of dynamics, and the 900M-1.5GHz band is better than 40dB of dynamics
[2022 UPGRADED HW V3.6] NEW HW VERSION: V3.6 with MicroSD card port now can have the measurement data or the screenshots saved in the it at anytime. Added battery circuit management, more secure. Redesigned PCB, you can connect to mobile phone with Type C-Type C cable( original PCB needs OTG cable), see a clear HD image on your phone. Added a case, which is protective and dust-proof. Disply: 2.8 inch TFT (320 x240)
[STRONG AND SECURE POWER SUPPLY] This VNA is battery powered or USB powered; Built in 650mAh battery, could work for 2 hours continuously, if need extra working time, it can be connected to power bank or power source.
[MULTIPLE FUNCTIONS] The default firmware main function is used for antenna performance measurement. The TX/RX method can measure the complete S11 and S21 parameters. If you need to obtain S12 and S22, you need to manually replace the transceiver port wiring. Designed a practical and simple control application on PC, you can download touchstone(SNP) files for radio design and simulation software
Package include NanoVNA host (with battery) display: 2.8 inch TFT x1, USB Type-C data cable x1, 30mm SMA male to male RG174 RF cable x2, SMA simple calibration kit x1, SMA female to female connector x1

[Upgraded] AURSINC NanoVNA-H4 V4.3 Vector Network Analyzer 10KHz-1.5GHz HF VHF UHF Portable 4'' Antenna Analyzer Measuring S Parameters, Voltage Standing Wave Ratio, Phase, Delay, Smith Chart

[Improved Frequency Algorithm] The improved frequency algorithm of NanoVNA-H4 can use the odd harmonic extension of si5351 to support the measurement frequency up to 1.5GHz. The 50K-300MHz frequency range of the si5351 direct output provides better than 70dB dynamic, The extended 300M-900MHz band provides better than 60dB of dynamics, and the 900M-1.5GHz band is better than 40dB of dynamics
[2022 Upgraded Nanovna-H4] New feature: A brand new panel plus added a new SD port for data storage. The NanoVNA-H4 vector network analyzer is a DIY product that provides perfect vector network measurement capabilities, tiny and handheld, stand-alone with 4-inch LCD display, portable with 1950mAh battery powered or USB powered. The metal shield is designed to reduce the external interference and improve the measurement accuracy
[PC Control] Using PC software NanoVNASaver, NanoVNA-H4 antenna analyzer can connect to a NanoVNA and extracts the data for display on a computer, and for saving to Touchstone files. We can export Touchstone (snp) files for various radio design and simulation software through PC software
[Antenna Performance Measurement] The default firmware main function for NanoVNA-H4 vector network analyzer is used for antenna performance measurement. The TX/RX method can measure the complete S11 and S21 parameters. If you need to obtain S12 and S22, you need to manually replace the transceiver port wiring
[What are Included?] NanoVNA-H4 host (with battery) x1, USB Type-C data cable x1, 30mm SMA male to male RG174 RF cable x2, SMA simple calibration kit x1, SMA female to female connector x1

Portable tinySA Spectrum Analyzer - AURSINC Hand Held Frequency Analyzer 2021 Upgraded V0.3.1 | 100kHz to 960MHz MF/HF/VHF UHF Input | ESD Protected Function & 2.8 inch Touchscreen | Signal Generator

[Frequency Range] Spectrum analyzers like the tinySA use a resolution filter that is used to isolate the input power in a small frequency range. This resolution filter is swept across the desired frequency range. The fastest scanning speed occurs with an RBW or 300kHz or wider and is about 2 scans per second. But with increase of the frequency span and decrease of the RBW the scanning speed decreases quickly. A scan from 0MHz to 350MHz with an RBW of 10kHz takes about 2 minutes.
[2021 Upgraded Version: ESD Protection Diodes] Produced by Hugen, Tinysa with latest firmware V0.3.1, the displayed version info is "ESD protected" meaning the diodes are installed which will be more stable and sensitive with higher antistatic level and longer service life. NOTE: Due to the old inventory might mix with the new batch, and If you got the old version TinySA and want a new one, you could apply a replacement for it.
[PC Control] The USB interface implements the Serial over USB (CDC) protocol and there is a large set of commands that can be invoked over the serial interface. These command can be used to perform measurements or update internal settings. The driver for Windows will install automatically after connecting to a Windows PC. The driver for Linux is built into the kernel. Two softwares to control the tinySA are available. Both are able to capture the screen of the tinySA
[4 Input/Output Spec Modes] The input/output specification of the tinySA is split over the 4 modes: Low input mode, High input mode, Low output mode, High output mode. Spectrum Analyzer with two inputs, high quality MF/HF/VHF input for 0.1MHZ-350MHz, lesser quality UHF input for 240MHz-960MHz. Switchable resolution bandpass filters for both ranges between 2.6kHz and 640kHz. The firmware of the tinySA can be updated by the user, For newest firmware version update, please refer to : tinysa.org
[2 in 1 Device] When not used as Spectrum Analyzer it can be used as Signal Generator, MF/HF/VHF sinus output between 0.1MHZ-350MHz, UHF square wave output between 240MHz-960MHz. Built-in calibration signal generator that is used for automatic self test and low input calibration. The tinySA contains all the components of a conventional heterodyne swept spectrum analyzer. Color display showing 290 scan points covering up to the full low or high frequency range

MMDVM Double Hat Duplex Hotspot Module with OLED Display 0.96 V1.47 Compatible with P25 DMR YSF NXDN DMR Slot 1 + Slot 2 for Raspberry pi (OLED)

FULLY COMPATIBLE: Supports DMR, P-25, D-Star and System Fusion
HIGH PERFORMANCE: 32-bit ARM processor, up to 10mW RF power, fully tested on each piece
WORKS with RASBERRY Pi: Mounts neatly on the current Raspberry Pi including Pi Zero, NOT compatible with Rasberry Pi 4
FREQUENCY: UHF 433-900MHz, VHF 144-220MHz. NOTE: TX = 0, RX = 0. Modem selection: STM32_HS_GPIO
EASY OPERATION: Firmware is pre-loaded and easily updated via software. Integrated LEDs showing status (Tx, Rx, PTT, Mode)

LibreVNA Portable NanoVNA Vector Network Analyzer- AURSINC Antenna Analyzer 100KHz-6GHz Measuring S Parameters|External Reference Input&Output|USB Based Type C Full Dual Port Interface

[Full S-Parameters Measurements] In the Vector network analyzer operating mode, the VNA takes all 4 S-Parameters measurements. A source signal is generated and alternately applied to the RF ports. This incoming signal at both RF ports is measured, resulting in the four S-parameters S11&S21(when signal routes to Port 1), as well as S12&S22(when signal routes to Port 2)
[FAQ] Some customers mentioned that there is no individual heatsink for LibreVNA, because it is designed to dissipate heat through the metal case itself. When it reaches to a full operation, the device will preheat up to around 60°, which is considered a normal situation and the heat won't damage the device, but do pay attention to be temporarily away from the LibreVNA and avoiding the direct touch when it is heaten up, the heat will disappear in several minutes.
[Upgraded Version IMPROVED FREQUENCY ALGORITHM] Measurement range 100KHz-6GHz (previous vna analyzers are around 10KHz-3GHz), Above 3GHz, the performance decreases with increasing frequency, and the port isolation is only 50dB at 6GHz. Below 1MHz, the performance decreases with decreasing frequency, and the effective dynamic decreases to 70dB at 100kHz
[Comparable to Lab-grade Nano VNA] The ultra-low noise power supply design and the use of 16bit ADC, together with the precision CNC's aluminum shielded housing, achieve up to 100dB of effective dynamics. [USB Based Full Dual-port Measurements] Using 3 ADCs to sample data simultaneously and using FPGAs for signal processing, Libre VNA handheld antenna Analyzer is capable of scanning over 10,000 points of full dual-port measurements in less than 1 second
[3 In 1 Device] Although the VNA hardware is not designed to be used as spectrum analyzer and signal generator, the general hardware architecture of a spectrum analyzer and signal generator are similar enough to that of a VNA to implement basic spectrum measurements and output a CW signal, which might suffice if no other equipment is available. The main differences to a real spectrum analyzer and signal generator please refer to the product description

AURSINC MMDVM Hotspot Board + Antenna Support UHF VHF Support P25 DMR YSF DSTAR NXDN POCSAG for Raspberry Pi-Zero W, Pi 3 (OLED Board)

AURSINC hotspot board supports Raspberry Pi 3B, 3B +, Pi ZERO, compatible with NanoPi NEO, Orange Pi, compatible with BlueDV (requires USBtoTTL or Bluetooth model)
MMDVM hotspot supports UHF VHF, frequency range: 144MHz-148MHz, 420MHz-475MHz, 842MHz-950MHz (depending on ADF7021 and TCXO, HAT firmware amateur radio brand license restrictions)
Support online upgrade, User-friendly OLED and Nextion special design location, reserved for additional installation of Bluetooth modules
Hotspot board saves electricity, High quality TCXO, stable, low BER. Support MMDVM mode DMR / YSF / P25 / NXDN / DSTAR / POCSAG
Compatible with P4 settings:since our mmdvm board is defautly setup for Pi-Zero W, Pi 3. and if you do want to connect it with your Pi 4, you could try below methods. PICK ONE. Method 1: Remove the R1 resistance of the hotspot board(single/dual) ; Method 2: Cut off the 2 Raspberry Pi pin headers on the corners of the board ( pick one to operate on your MMDVM board, refer to the product image for the R1 and 2 pin headers locations)

MMDVM Hotspot Board + Aluminium Case Support UHF VHF Support P25 DMR YSF DSTAR NXDN POCSAG for Raspberry Pi-Zero W, Pi 3

Support Raspberry Pi 3B, Pi ZERO, compatible with NanoPi NEO, Orange Pi, compatible with BlueDV (requires USBtoTTL or Bluetooth model)
Save electricity, High quality TCXO, stable, low BER. Note: This is NOT a completed or assembled Hotspot, it is just MMDVM Board with Aluminum case.
Support online upgrade, User-friendly OLED and Nextion special design location, reserved for additional installation of Bluetooth modules
Support VHF/UHF, frequency range: 144MHz-148MHz, 420MHz-475MHz, 842MHz-950MHz (depending on ADF7021 and TCXO, HAT firmware amateur radio brand license restrictions)
Support MMDVM mode DMR / YSF / P25 / NXDN / DSTAR / POCSAG

AURSINC NanoVNA Vector Network Analyzer 10KHz -1.5GHz V3.5 HF VHF UHF Antenna Analyzer Measuring S Parameters, Voltage Standing Wave Ratio, Phase, Delay, Smith Chart with 2.8'' Touchscreen

The metal shield for tiny vector network analyzer is designed to reduce the external interference and improve the measurement accuracy
This is a DIY product that provides perfect vector network measurement capabilities(without case)
The default firmware of AURSINC Nanovna main function is used for antenna performance measurement. The TX/RX method can measure the complete S11 and S21 parameters. If you need to obtain S12 and S22, you need to manually replace the transceiver port wiring
Package include NanoVNA host (with battery)(without case) x1, USB Type-C data cable x1, 30mm SMA male to male RG174 RF cable x2, SMA simple calibration kit x1, SMA female to female connector x1
Designed a practical and simple control application on PC, you can download touchstone(SNP) files for radio design and simulation software. Added a case, which is protective and dust-proof. Disply: 2.8 inch TFT (320 x240)

MMDVM Double Hat Duplex Hotspot Module with OLED Display 0.96 V1.47 Compatible with P25 DMR YSF NXDN DMR Slot 1 + Slot 2 for Raspberry pi (No OLED)

FULLY COMPATIBLE: Supports DMR, P-25, D-Star and System Fusion
HIGH PERFORMANCE: 32-bit ARM processor, up to 10mW RF power, fully tested on each piece
WORKS with RASBERRY Pi: Mounts neatly on the current Raspberry Pi including Pi Zero, NOT compatible with Rasberry Pi 4
FREQUENCY: UHF 433-900MHz, VHF 144-220MHz. NOTE: TX = 0, RX = 0. Modem selection: STM32_HS_GPIO
EASY OPERATION: Firmware is pre-loaded and easily updated via software. Integrated LEDs showing status (Tx, Rx, PTT, Mode)

AURSINC MMDVM Duplex Hotspot Module Dual Hat V1.3 Support P25 DMR YSF NXDN DMR Slot 1 + Slot 2 for Raspberry pi with USB Port (with OLED)

WIDELY COMPATIBLE: Supports DMR, P-25, D-Star and System Fusion
HIGH PERFORMACE: 32-bit ARM processor, up to 10mW RF power, fully tested every piece.
WORK with RASBERRY Pi: Mounts cleanly on current Raspberry Pi including the Pi Zero , NOT compatible with Rasberry Pi 4.
Update new FW: (pi-star / expert / ssh access / user :pi-star pass:raspberry) then run sudo pistar-mmdvmhshatflash hs_dual_hat set Jumper BOOT0=1,BOOT1=0 and soler JP1 First! After upgraded finished, disconnect JP1
FREQUENCY: Radio Frequency : Freq:144-148,219-225, (Main Band) 420-475,842-950 NOTE: TX =0, RX=0. Modem select: STM32-DVM/MMDVM_HS-Raspberry pi Hat(GPIO) or any other (GPIO board)

AURSINC WiFi Deauther Watch V1 ESP8266 Development Board | Wearable Watch | OLED | Attack/Control/Test Tool | LOT for DSTIKE NodeMCU(2.4GHz ONLY)

UPGRADED: installed with the latest ESP8266 Deauther software. With this software, you can perform different secure tests for your WiFi networks. NOTE: ESP8266 supports 2.4GHz only.
Extensible: You can also use it to develop your own software. It is indeed a ESP8266 development board, easy to operate.
NOTE: Use it only for testing and educational purposes against your own devices! Firmware and Software download please refer to the below description.
LONG WORKING TIME: Built-in an 600mAh battery, working time up to 7 hours. Comes with OLED display and a 3 way momentary slide switch.
IMPROVED: Built in Antenna, you do not need antenna separately; 3D print protection for the watch body; Acrylic protective cover prevent the watch display from damage which occurs on the previous version; Simplified button operation, the NAVIGATION BUTTON performs most of the functions.

AURSINC MMDVM Hotspot Spot WiFi Digital Voice Modem Work with UHF Support C4FM YSF POCSAG NXDN DSTAR P25 DMR | Contained with Raspberry Pi Zero 2W

[EASY SET UP] Preload sofeware Pi-Star on TF card, no need to download again. Radio Frequency: (UHF:430-440) This is upgraded version, do not need to set RXOFFSET and TXOFFSET, they're default 0. Note: when you flash the TF card with new version software, please DO NOT copy on the TF card directly, use a write in tool to write the software on TF card.
[Latest Firmware 4.1.5] In the latest batches shipped to Amazon warehouse, the problem has been solved, we have preload the latest firmware 4.1.5. If you receive a old firmware device and there's update trouble, please do contact us, so that we can help. Our test is in DMR mode ,if you want to change the working mode, you need to configure it as needed Working mode parameters) . SUPPORT: C4FM YSF NXDN DSTAR P25 DMR and default work with UHF.
[WIFI SSID] Need the 2.4GHz SSID as the Pi Zero W doesn't support 5.8GHz.and WiFi will not work with WEP, make sure your WiFi Password Type is WPA. Power on the hotspot for 2 minutes to automatically connect to the network, or follow the instructions to connect the Hotspot to your router. After power on 2 minutes,goto http://pi-star/admin/configure.php
[NOTE] Not compatible with Baofeng UV-5R, Baofeng RD-5R, 5X, 5R+, 5R Plus, etc UV series, BF series. More product setup guide, please read the product manual or contact us, we will reply within 24 hours.
[EASY CHARGING] Free micro USB charging cable included, charged with power bank or connect to laptop or computer. The Hotspot will also work mobile in your vehicle if you tether it to your mobile phone network.

AURSINC Deauth DSTIKE Monster V5 ESP8266 Development Board with18650 Charging System| OLED Display| 3 Way Momentary Slide Switch

Difference: Comapared to Deauther OLED V6, Deauther Monster V5 contains a USB Output and 4 Flashlight LED.
Installed with the latest ESP8266 Deauther software. With this software, you can perform different attacks to test WiFi networks. Note: the ESP8266 only supports 2.4GHz
Package content : Deauther Monster V5*1, 10P Pinheader*1, 8db antenna*1, Screw*8, Support4*4, Arcylic case*2, Battery connector*1, Battery wire*1
NOTE: Use it only for testing and educational purposes against your own devices! Any questions or problems, please feel free to contact us.

AURSINC Atmega32U4 DSTIKE Development Programmable Bad USB Watch with 800mAh Rechargeable Battery | Distance Sensor | Laser | Buzzer| RGB LED | RTC | for Arduino Beginners

[Demo program code] Atmega32U4 Development wristband is pre-flashed with a demo program that can display time, inside temperature (RTC3231's temperature), and distance
[For Arduino beginners] Bootloader is Arduino Leonardo. Dstike Bad watch is an Atmega32u4 development watch with distance sensor, laser, buzzer, RGB LED and RTC inside
[Laser enablization] Pussh the switch downwards the laser will be enabled; push down again and it will turn off the laser
[Distance Detection] Push the switch upwards the watch will detect distance between you and your target. If distance is less than 1m, buzzer will sound "B~" and RGB will turn RED at the same time. The distance sensor can only detect 0-1.2m range
[Bad USB] Atmega32u4 could be recognized as a key board for computers equally as a Bad USB

AURSINC MMDVM Hotspot Board + Antenna Support UHF VHF Support P25 DMR YSF DSTAR NXDN POCSAG for Raspberry Pi-Zero W, Pi 3 (Board)

Hotspot board support Raspberry Pi 3B, 3B +, Pi ZERO, compatible with NanoPi NEO, Orange Pi, compatible with BlueDV (requires USBtoTTL or Bluetooth model)
MMDVM hotspot board supports UHF VHF, frequency range: 144MHz-148MHz, 420MHz-475MHz, 842MHz-950MHz (depending on ADF7021 and TCXO, HAT firmware amateur radio brand license restrictions)
Support online upgrade, User-friendly OLED and Nextion special design location, reserved for additional installation of Bluetooth modules
Support MMDVM mode DMR / YSF / P25 / NXDN / DSTAR / POCSAG
MMDVM board saves electricity, High quality TCXO, stable, low BER.

AURSINC WiFi Deauther Watch V2 ESP8266 Development Board | Wearable | OLED | Attack/Control/Test Tool | LOT for DSTIKE NodeMCU(2.4GHz ONLY)

Extensible: You can also use it to develop your own software. It is indeed a ESP8266 development board, easy to operate. WiFi Test Tool: installed with the latest ESP8266 Deauther software. With this software, you can perform different secure tests for your WiFi networks.
APPEARANCE CHANGE: Assembled with Arcylic lightweight outer cover. Please remove the flim protection befor usage to get a nicer looking watch. NOTE: ESP8266 supports 2.4GHz only
[Added Atmega32u4 - Bad USB] Flashed Arduino Leonardo bootloader already, the D&B watch can be programmed as bad usb directly. Two buttons(Digital pin 9 and 10) could be used to execute different commands. Moreover, a demo program has been flashed as well. Therefore when bad usb port connects PC, press DP9 button cmd window will be opened. Press DP10 button Notepad will be opened. Which can be programmed via Arduino IDE
NOTE: Use it only for testing and educational purposes against your own devices!Firmware and Software download please refer to the below description.
LONG WORKING TIME: Built-in an 800mAh battery, working time up to 10 hours. Comes with OLED display and a 3 way momentary slide switch.

AURSINC SHARI PiHat - Portable SA818 Ham Allstar Radio Interface Compatible with Raspberry Pi 2/3/4 | Raspberry Pi Hosted Allstar Node | UHF Frequency Range 1W 420-450MHz/70cm | Amateur Radio Operator

[Allstar Node] SHARI PiHatU implements a Raspberry Pi hosted Allstar node using a NiceRF SA818 embedded UHF (420-450 MHz70cm) radio module; In order to create an Allstar node, SHARI plugs into two USB jacks on a Raspberry Pi2/Pi3 or Pi4 for power, the Allstar interface and radio programming (a short M/F USB extender cable can be used if desired) ;Note: only work with allstar node or any analog node
[What Is It] Small, portable with self contained radio and antenna, SHARI(SA818 Ham Allstar Radio Interface) is designed for construction and uses in the amateur radio service, works with a Pi2/Pi3 or Pi4, SHARI RF output power is 500 to 1000(default) milliwatts
[Power Supply] SA818 Ham Allstar Radio Interface is a power supply intended for the version of the Raspberry Pi. These supplies typically provide 5.1 to 5.2 VDC to the Pi. Current requirements vary with version. Numerous problems with Allstar Nodes have been traced to inadequate power supplies.
[Feature 1] Front panel LEDs indicate the status of SHARI-POWER (green), USB Audio CONNECTION STATUS (blinking green), COS (green) and PTT (red); SHARI PiHat uses 5 volts from the Pi, and the best place to measure it is from pin 8 (+5) to pin 9 (GND) of the SA818 module

AURSINC MMDVM Duplex Hotspot Module Dual Hat V1.3 Support P25 DMR YSF NXDN DMR Slot 1 + Slot 2 for Raspberry pi with USB Port (Without OLED)

WIDELY COMPATIBLE: Supports DMR, P-25, D-Star and System Fusion
HIGH PERFORMACE: 32-bit ARM processor, up to 10mW RF power, fully tested every piece.
WORK with RASBERRY Pi: Mounts cleanly on current Raspberry Pi including the Pi Zero , NOT compatible with Rasberry Pi 4.
Update new FW: (pi-star / expert / ssh access / user :pi-star pass:raspberry) then run sudo pistar-mmdvmhshatflash hs_dual_hat set Jumper BOOT0=1,BOOT1=0 and soler JP1 First! After upgraded finished, disconnect JP1
FREQUENCY: Radio Frequency : Freq:144-148,219-225, (Main Band) 420-475,842-950 NOTE: TX =0, RX=0. Modem select: STM32-DVM/MMDVM_HS-Raspberry pi Hat(GPIO) or any other (GPIO board)

MMDVM Hotspot Board + Aluminium Case Support UHF VHF Support P25 DMR YSF DSTAR NXDN POCSAG for Raspberry Pi-Zero W, Pi 3 (Raspberry Pi NOT Included)

Support Raspberry Pi 3B, Pi ZERO, compatible with NanoPi NEO, Orange Pi, compatible with BlueDV (requires USBtoTTL or Bluetooth model)
Save electricity, High quality TCXO, stable, low BER. Note: This is NOT a completed or assembled Hotspot, it is just MMDVM Board with Aluminum case.
Support online upgrade, User-friendly OLED and Nextion special design location, reserved for additional installation of Bluetooth modules
Support VHF/UHF, frequency range: 144MHz-148MHz, 420MHz-475MHz, 842MHz-950MHz (depending on ADF7021 and TCXO, HAT firmware amateur radio brand license restrictions)
Support MMDVM mode DMR / YSF / P25 / NXDN / DSTAR / POCSAG

AURSINC FAQs

AURSINC ES sells the AURSINC products in its Amazon shops, over the last 12 months, the seller has received honest feedback from 2 consumers, and the average rating is 4. This is not a very high rating, but you can consider this shop as an alternative and consider more when buying the AURSINC products.

We did a questionnaire online and hundreds of customers participated in this survey, the consumers rated the products in terms of quality, user experience and other aspects. The results of the questionnaire demonstrate how much customers appreciate their products. It's safe to say that most customers are overwhelmingly satisfied with their purchases and AURSINC is worth your consideration.