Comparison OPPO Watch X vs OnePlus Watch 2
Add to comparison | ![]() | ![]() |
|---|---|---|
| OPPO Watch X | OnePlus Watch 2 | |
from £315.57 | Compare prices 9 | |
| TOP sellers | ||
Ability to make Bluetooth calls. | Ability to make Bluetooth calls. | |
| Type | smartwatch | smartwatch |
| Interface | Bluetooth v5.0 | Bluetooth v5.0 |
| Gadget OS | Wear OS | Wear OS |
Telephony | ||
| Calls and alerts | notifications sound signal vibration built-in microphone built-in speaker | notifications sound signal vibration built-in microphone built-in speaker |
Sports and tourism | ||
| Possible measurements | heart rate monitor blood oxygen level number of steps distance traveled movement speed calories burned activity time sleep tracking stress level | heart rate monitor blood oxygen level number of steps distance traveled movement speed calories burned activity time sleep tracking stress level |
| Sports modes | 100 | 100 |
| Swimming mode | ||
| Navigation | GPS module Dual GPS GLONASS Galileo maps compass altimeter (altitude) barometer (pressure) | GPS module Dual GPS GLONASS Galileo maps compass altimeter (altitude) barometer (pressure) |
Display | ||
| Touch screen | ||
| Type | colour | colour |
| Display type | AMOLED | AMOLED |
| Size | 1.43 " | 1.43 " |
| Screen resolution | 466x466 px | 466x466 px |
| PPI | 326 ppi | 326 ppi |
| Brightness | 1000 nt | 600 nt |
| Light sensor | ||
| Watch face protection | sapphire | sapphire |
Hardware | ||
| CPU model | Snapdragon W5 Gen 1 | Snapdragon W5 Gen 1 |
| CPU frequency | 1700 MHz | 1700 MHz |
| Processor cores | 4 | 4 |
| RAM | 2 GB | 2 GB |
| Memory storage | 32 GB | 32 GB |
| Extra features | built-in player Wi-Fi 4 (802.11n) 2.4GHz/5GHz NFC Google Wallet contactless payment accelerometer gyroscope | built-in player Wi-Fi 4 (802.11n) 2.4GHz/5GHz NFC Google Wallet contactless payment accelerometer gyroscope flashlight function |
Power source | ||
| Device charging | magnetic | magnetic |
| Source of power | Li-Ion | Li-Ion |
| Battery capacity | 500 mAh | 500 mAh |
| Operating time (normal mode) | 4 days | 4 days |
| Operating time (active mode) | 48 h | 48 h |
Case and strap | ||
| Material | steel | steel |
| Strap | quick release | quick release |
| Strap Options | rubber/silicone | rubber/silicone |
| Clasp options | classic buckle | classic buckle |
| Band Width | 22 mm | 22 mm |
| Wrist strap | 140 – 210 mm | 140 – 210 mm |
General | ||
| Protection rating | IP68 | IP68 |
| MIL-STD-810 | ||
| Dimensions (without strap) | 47x46.6x12.1 mm | 47x46.6x12.1 mm |
| Weight | 49 g | 49 g |
| Color | ||
| Added to E-Catalog | march 2024 | february 2024 |
Compare OPPO Watch X and OnePlus Watch 2
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Glossary
Brightness
The maximum brightness in nits that the screen of the device produces.
The high-brightness displays remain legible under intense ambient light, which is important for quickly retrieving information from the dial outdoors on a clear sunny day. However, a large margin for this parameter affects the cost and power consumption of the display, which reduces the battery life of a wearable device.
The high-brightness displays remain legible under intense ambient light, which is important for quickly retrieving information from the dial outdoors on a clear sunny day. However, a large margin for this parameter affects the cost and power consumption of the display, which reduces the battery life of a wearable device.
Extra features
— Built-in player. The presence of a player in the smartwatch allows you to use the gadget to listen to music. There is no need to connect to the phone for this. The songs will play directly from the watch. Therefore, these devices must necessarily have an impressive (as for a watch) amount of storage and be able to connect to headphones (for connection with headphones).
— WiFi. A technology originally used to access the Internet via wireless access points, but more recently also used for direct communication between two devices (such a connection has several advantages over traditional Bluetooth). In wearable gadgets, the first option is most often provided, although the second is also found. However, the specific uses of Wi-Fi may be different depending on the device: accessing websites and various Internet services, remote communication with smart home systems, remote control of digital cameras and other electronics, transmission of the GPS- coordinates via Internet (in children's beacons), etc.
— NFC. Wireless communication technology over short distances (up to 10 cm). The methods of its application, including in wearable devices, may be different. One of the more popular options is using contactless payment (see below); however, the presence of such a function does not hurt to verify separately. Another common fe...ature is the simplification of Bluetooth connection with a smartphone or tablet that also has NFC: instead of manual configuration, it is enough to bring one device to another — and they will automatically establish a connection, all that remains is to confirm it. Other ways of interaction may also be possible, for example, launching a “sports” application on a smartphone when bringing a fitness tracker to it. And theoretically, more specific options for using NFC are also allowed — for example, as a travel pass, ID, etc. Actually, in many models of wearable gadgets, the set of these methods is limited only by installed applications.
— Contactless payment. The possibility of using a wearable gadget for contactless payment. This feature is found only in models with NFC (see above); it actually turns the device into an analogue of a credit card with a chip and allows you to pay without taking the card out of your wallet — just bring your hand with the gadget to the terminal reader. This provides not only additional convenience, but also security. So, bringing the watch to the terminal is definitely easier than reaching into your pocket or purse for a credit card — especially if your hands are busy shopping. And instead of a traditional card, from which an attacker can copy basic details such as a number, CVV code and expiration date (for example, by “peeping” them with the built-in camera), a gadget is used that transmits this data in encrypted form and does not display it explicitly anywhere.
To use contactless payment, usually, you need to synchronize your gadget with your smartphone and set up such payment in the Google Pay or Apple Pay system. But to make payments, a smartphone is no longer required — many wearable devices are able to perform this feature completely autonomously (although this possibility still needs to be specified separately).
— Accelerometer. A sensor that determines the direction of gravity, as well as the accelerations acting on the device. This allows you to track two parameters at once: the current position in space and various physical influences (like tapping or shaking). Most often, the accelerometer is responsible for two main features: automatic rotation of the image on the screen, as well as the operation of the pedometer (in fact, the presence of such a sensor is almost guaranteed to mean the presence of a pedometer, see "Possible measurements"). However, there are other ways to use this sensor — for example, rejecting an incoming call when shaking the watch, turning on the screen when tapping on it, etc.
— Gyroscope. A device that allows you to track the turns of the gadget in one direction or another. Typically used in conjunction with an accelerometer. The gyroscope improves the accuracy of positioning in space (which has a positive effect on the quality of the pedometer and other similar functions), and also provides additional options for managing gestures. However, the specific applications of this sensor are highly dependent on the model.
— Camera. The watch/bracelet has its own built-in camera; its location and purpose differs from model to model. In some devices, the lens is located on the front panel, above the screen, and the matter is limited only to video communication and taking selfies, while others allow you to shoot “classic” photos or videos. At the same time, it is worth noting that anyway, the specs of such cameras are usually very limited — for example, the resolution rarely exceeds 2 megapixels, and autofocus is provided only in the most advanced models.
— Flashlight. Built-in flashlight — usually in the form of a small LED mounted directly in the case. Usually, it has a relatively modest brightness, but it can still be useful for simple tasks like lighting your path at night, lighting in a garage or basement, etc.
— WiFi. A technology originally used to access the Internet via wireless access points, but more recently also used for direct communication between two devices (such a connection has several advantages over traditional Bluetooth). In wearable gadgets, the first option is most often provided, although the second is also found. However, the specific uses of Wi-Fi may be different depending on the device: accessing websites and various Internet services, remote communication with smart home systems, remote control of digital cameras and other electronics, transmission of the GPS- coordinates via Internet (in children's beacons), etc.
— NFC. Wireless communication technology over short distances (up to 10 cm). The methods of its application, including in wearable devices, may be different. One of the more popular options is using contactless payment (see below); however, the presence of such a function does not hurt to verify separately. Another common fe...ature is the simplification of Bluetooth connection with a smartphone or tablet that also has NFC: instead of manual configuration, it is enough to bring one device to another — and they will automatically establish a connection, all that remains is to confirm it. Other ways of interaction may also be possible, for example, launching a “sports” application on a smartphone when bringing a fitness tracker to it. And theoretically, more specific options for using NFC are also allowed — for example, as a travel pass, ID, etc. Actually, in many models of wearable gadgets, the set of these methods is limited only by installed applications.
— Contactless payment. The possibility of using a wearable gadget for contactless payment. This feature is found only in models with NFC (see above); it actually turns the device into an analogue of a credit card with a chip and allows you to pay without taking the card out of your wallet — just bring your hand with the gadget to the terminal reader. This provides not only additional convenience, but also security. So, bringing the watch to the terminal is definitely easier than reaching into your pocket or purse for a credit card — especially if your hands are busy shopping. And instead of a traditional card, from which an attacker can copy basic details such as a number, CVV code and expiration date (for example, by “peeping” them with the built-in camera), a gadget is used that transmits this data in encrypted form and does not display it explicitly anywhere.
To use contactless payment, usually, you need to synchronize your gadget with your smartphone and set up such payment in the Google Pay or Apple Pay system. But to make payments, a smartphone is no longer required — many wearable devices are able to perform this feature completely autonomously (although this possibility still needs to be specified separately).
— Accelerometer. A sensor that determines the direction of gravity, as well as the accelerations acting on the device. This allows you to track two parameters at once: the current position in space and various physical influences (like tapping or shaking). Most often, the accelerometer is responsible for two main features: automatic rotation of the image on the screen, as well as the operation of the pedometer (in fact, the presence of such a sensor is almost guaranteed to mean the presence of a pedometer, see "Possible measurements"). However, there are other ways to use this sensor — for example, rejecting an incoming call when shaking the watch, turning on the screen when tapping on it, etc.
— Gyroscope. A device that allows you to track the turns of the gadget in one direction or another. Typically used in conjunction with an accelerometer. The gyroscope improves the accuracy of positioning in space (which has a positive effect on the quality of the pedometer and other similar functions), and also provides additional options for managing gestures. However, the specific applications of this sensor are highly dependent on the model.
— Camera. The watch/bracelet has its own built-in camera; its location and purpose differs from model to model. In some devices, the lens is located on the front panel, above the screen, and the matter is limited only to video communication and taking selfies, while others allow you to shoot “classic” photos or videos. At the same time, it is worth noting that anyway, the specs of such cameras are usually very limited — for example, the resolution rarely exceeds 2 megapixels, and autofocus is provided only in the most advanced models.
— Flashlight. Built-in flashlight — usually in the form of a small LED mounted directly in the case. Usually, it has a relatively modest brightness, but it can still be useful for simple tasks like lighting your path at night, lighting in a garage or basement, etc.







