If you are a beginner, you may want to know the difference between AGM TM160 and TM385. Have you wondered why people compare the two products?
Many people use these products for security, hunting, and other activities, especially at night. In this article, we would highlight the numerous features of AGM TM160 vs TM384, including why you can pick one over the other.
Table of Contents
AGM TM160 vs TM384
We will talk about each product individually, and leave you to make your choice.
AGM TM160
AGM TM160 Highlights
- 50 Hz Refresh Rate
- 1x Magnification, 2x-4x Digital Zoom
- 160 x 120 Vanadium Oxide Sensor
- Waterproof & Impact Resistant
- Detection Range 250 Yards
- 5 x 11.7° Field of View
- Wi-Fi Streaming to Smartphone/Device
- Black, White, Red Hot & Fusion Palettes
- 720 x 540 LCOS Display
- Rechargeable Battery, 7 Hours Runtime
AGM TM160 Features
The Asp-Micro TM160 Thermal Imaging Monocular is suitable for law enforcement, search, recreational use, rescue, and hunting.
The monocular is a compact optic with heat signatures that helps you record and view images in the dark.
This product can differentiate between an object and its background from up to 250 yards away and classify it at a range of up to 125 yards.
TM160 can target size, measure distance and identify temperature hot spots, displaying images on a 720 x 540 LCOS display with different fusion palettes.
In addition, the optic’s refresh rate offers a smooth 50 Hz, while its optical magnification is 1x, with digital 2x, 3x, and 4x settings.
It can records video and photos to its 8GB internal memory. You can link to your smartphone via Wi-Fi, or use a USB for your computer.
Some of its tools include digital detail enhancement, automatic gain control, and 3D digital noise reduction.
Thermal contrast is below 35 mK NETD at 25°C.
AGM TM160 Imager & Optical System
- Black hot, white-hot, red hot, fusion palettes
- 8GB onboard memory
- 2mm f/1.0 lens, 1x optical magnification, 2x-4x digital zoom
- 5 x 11.7° field of view
- 160 x 120 VOxmicrobolometer sensor
- Detection range 250 yards, recognition range 125 yards
- 8 to 14µm spectral response
- Video Performance & Display
- 720 x 540 LCOS display
- 50 Hz refresh rate
AGM TM160 Use and Handling
- NETD: below 35 mK at 25°C
- Rechargeable li-ion battery, 7 hours runtime
- Distance measurement, digital detail enhancement, hot spot marking, automatic gain control, ,and 3D digital noise reduction
AGM TM160 Construction Details
- Measures 6.3 x 2.4 x 2.2”, weighs 9.6 ounces
- IP67 rated, dust-tight, submersible to 3.3
TM160 is a close-range handheld thermal monocular and not a weapons mountable scope.
The product comes as a compact thermal monocular used by hunters or security personnel at night.
It has four palettes, which include black-hot, white-hot, red-hot, and fusion (yellow & purple).
We will talk about AGM TM384 to help you make your comparison with TM160.
AGM TM384
AGM TM384 Highlights
- 50 Hz Refresh Rate
- 1x Magnification, 2x-4x Digital Zoom
- 384 x 288 Vanadium Oxide Sensor
- Detection Range 500 Yards
- 720 x 540 LCOS Display
- Wi-Fi Streaming to Smartphone/Device
- Rechargeable Battery, 7 Hours Runtime
- Waterproof & Impact Resistant
- 5 x 12.4° Field of View
- Black, White, Red Hot & Fusion Palettes
AGM TM384 Features
The Asp-Micro TM384 Thermal Imaging Monocular is good for law enforcement, search and rescue, hunting, and recreational use.
Just like TM160, this product is a compact optic that uses heat signatures for viewing and recording images in the dark.
However, their difference is that TM 384 can differentiate between an object and its background from up to 500 yards away and classify it at a range of up to 250 yards.
The thermal contrast is below 35 mK NETD at 25°C. In addition, it can measure distance and target size, and identify temperature hot spots, displaying images on a 720 x 540 LCOS display with white-hot, black hot, red hot, or fusion palettes.
The optic’s refresh rate is a smooth 50 Hz and its optical magnification is 1x, with digital 2x, 3x, and 4x settings.
The product has 8GB of internal memory and can link to your smartphone or another device, or to your computer.
Some of its features include 3D digital noise reduction, automatic gain control, and digital detail enhancement.
AGM TM384 Imager & Optical System
- 5 x 12.4° field of view
- 384 x 288 VOx microbolometer sensor
- Detection range 500 yards, recognition range 250 yards
- 15mm f/1.0 lens, 1x optical magnification, 2x-4x digital zoom
- 8 to 14µm spectral response
AGM TM384 Video Performance & Display
- Black hot, white hot, red hot, fusion palettes
- 8GB onboard memory
- 720 x 540 LCOS display
- 50 Hz refresh rate
- Capture photos and videos, set parameters from device via Wi-Fi and app
- USB connectivity to computer
AGM TM384 Use and Handling
- NETD: below 35 mK at 25°C
- Rechargeable li-ion battery, 7 hours runtime
- Hot spot marking, automatic gain control, distance measurement, digital detail enhancement, and 3D digital noise reduction
AGM TM384 Construction Details
- Measures 6.3 x 2.4 x 2.2”, weighs 9.6 ounces
- IP67 rated, dust-tight, submersible to 3.3
TM384 is a handheld observational thermal monocular, which is equipped with a 160×120 or 384×288 infrared detector and a 720×540 LCOS display.
The product supports the highest temperature target tracking, functions of observation, distance measurement, Wi-Fi hotspot, and so on.
It works as a high-sensitivity built-in thermal detector with a clear view even in total darkness. You can use it for criminal seizing, drug enforcement, anti-smuggling, hunting, hiking, travel, patrolling, law enforcement, searching and rescuing, etc.
What is refresh rate on thermal scope?
First, the frame rate is the rate at which the infrared detector creates images. Thermal imaging devices generally have a lower refresh rate than NV devices.
Is thermal or night vision better?
Night vision is used to recognize, identify and harvest the game only if facial recognition is required or for deer depredation.
Thermal is used to detect the desired game object. If you have your choice of options, thermal imaging is the best twenty-four-hour imaging option.
Night vision requires visible light to work properly, while thermal imaging does not need any light to function.
Night vision amplifies visible light to function. Thermal imaging uses infrared sensors to detect differences in temperatures of objects in its line of sight.
You can decide the monoculars you want to use after reading this article. Meanwhile, you can read about user reviews on each of these products.
This would give you an idea of what to expect when you buy either TM160 or TM384. Finally, TM384 offers a broad range compared to TM160. In the end, you decide on the most suitable products for your adventures.
