Short answer: The Unisoc T7250 is an entry-level 12 nm smartphone system-on-chip (SoC) for 4G phones. It is widely identified as the later name for the Unisoc T615 platform, commonly associated with the UMS9230E identifier. It has two Cortex-A75 performance cores, six Cortex-A55 efficiency cores, and a single-core Mali-G57 GPU.
The T7250 is suitable for calling, messaging, browsing, streaming, social media, navigation, and casual games. It is not designed for demanding 3D gaming, heavy multitasking, serious video editing, or 5G connectivity. The phone’s physical RAM, storage type, software, cooling, and display resolution can make a major difference to how fast a T7250 device feels.
What is the Unisoc T7250?
The Unisoc T7250 is technically a system-on-chip, rather than just a CPU. It combines the processor cores with a graphics processor, memory controller, image signal processor, display and video engines, LTE modem, wireless connectivity, and security functions on one package. Phone specifications often call it a processor because that is the term buyers search for, but SoC is the more accurate description.
UNISOC’s current official T7250 product page places the chip in the budget smartphone class. Its main specifications include an eight-core CPU manufactured on a 12 nm process, an Arm Mali-G57 GPU running at up to 850 MHz, LPDDR4X memory support, eMMC or UFS storage support, a triple-core ISP, and an integrated 4G modem. There is no integrated 5G modem and no dedicated NPU listed for this platform.
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T7250 vs T615 vs UMS9230E: are they the same?
T7250 is widely identified as the later name for the Unisoc T615 platform. Both names are associated with the UMS9230E device identifier and share the same publicly documented core configuration. Notebookcheck labels the platform T7250 (T615), while Helpix reports that the chip was initially called T615 and later renamed T7250.
There is, however, an important qualification: UNISOC’s current first-party product page lists T7250 but does not explicitly publish a statement saying that T615 was renamed T7250. Xiaomi’s regional POCO C71 support information also illustrates the naming issue: one page identifies the processor as T7250, while another regional FAQ lists UMS9230E. Taken together, the evidence strongly supports treating T615, T7250, and UMS9230E as the same practical platform in ordinary device comparisons, but it is more accurate to describe this as the best-supported public identification than as a formally documented UNISOC rename.
In practical terms:
- Current official product name: Unisoc T7250.
- Earlier or common name: Unisoc T615.
- Common device identifier: UMS9230E.
- Best buying assumption: They represent the same practical budget platform unless the phone or tablet manufacturer provides contrary technical information.
- Remaining uncertainty: Public evidence does not prove that every product labeled T615 is electrically identical to every product labeled T7250.
That naming inconsistency is why a tablet specification may mention T615 while a newer phone specification says T7250, even though their advertised CPU and GPU configuration looks the same.
Unisoc T7250 specifications
The following table combines the official UNISOC specifications with a clearly labeled independent GPU and instruction-set identification.
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|---|---|
| CPU | 8 cores: 2 × Arm Cortex-A75 up to 1.8 GHz, plus 6 × Arm Cortex-A55 up to 1.6 GHz |
| Process | 12 nm |
| Instruction set | 64-bit ARMv8.2-A, as commonly listed by independent databases |
| GPU | Arm Mali-G57 up to 850 MHz; independent listings identify the implementation as Mali-G57 MP1 |
| Display | FHD+ at up to 60 Hz, or HD+ at up to 120 Hz |
| Video | 1080p encode at 60 fps and 1080p decode at 60 fps |
| Memory | LPDDR4X up to 1866 MHz; dual-channel support with 16-bit devices |
| Storage | eMMC 5.1 and UFS 2.1/2.2 |
| Camera and ISP | Triple-core ISP, 14-bit pipeline, up to 108 MP capture, and multiple-camera configurations |
| Cellular | 2G GSM, 3G WCDMA, and 4G FDD-LTE/TDD-LTE |
| LTE category | Cat 7 download and Cat 13 upload, with carrier aggregation support |
| Voice and video over LTE | VoLTE and ViLTE |
| Wi-Fi | 802.11 a/b/g/n/ac, commonly called Wi-Fi 5 |
| Bluetooth | Bluetooth 5.2 |
| Location | GPS, GLONASS, BeiDou, and Galileo |
| Other connectivity | FM radio support |
| Dedicated NPU | Not supported according to UNISOC’s product page |
| VDSP | Not supported according to UNISOC’s product page |
| Security | TEE security solution |
These are platform capabilities, not a promise that every T7250 phone will implement every feature. A manufacturer may use less RAM, eMMC instead of UFS, a slower display, a lower-resolution camera, or a different set of LTE bands.
CPU architecture and everyday performance
The CPU uses a 2+6 configuration:
- Two Cortex-A75 cores at up to 1.8 GHz handle short bursts such as opening an app, loading a web page, or processing foreground tasks.
- Six Cortex-A55 cores at up to 1.6 GHz are intended for lighter workloads and background activity with lower power demand.
This arrangement is adequate for basic Android use, but the core count should not be confused with modern mid-range performance. Eight cores do not automatically make the T7250 fast: it has only two performance cores, relatively modest clock speeds, and an older 12 nm manufacturing process. The result is an entry-level chip with enough CPU performance for ordinary apps but limited headroom for intensive work.
A T7250 phone should handle calls, messaging, email, web browsing, YouTube, social media, music, navigation, and basic productivity. Scrolling and app launches can feel acceptable when the phone has clean software, sufficient physical RAM, and fast storage. The same chip can feel slow when it is paired with 3 GB or 4 GB of RAM, eMMC storage, heavy system software, or many preinstalled applications.
How RAM and storage change the experience
The SoC supports LPDDR4X memory, but the amount installed in a phone matters more than the maximum supported memory specification.
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| Phone configuration | Likely experience |
|---|---|
| 3 GB physical RAM | Basic use is possible, but frequent app reloads and limited multitasking are likely. |
| 4 GB physical RAM | Acceptable for light use, but switching among several large apps may cause reloads. |
| 6 GB physical RAM or more | Preferable for a full Android installation and more reliable app retention. |
| eMMC 5.1 storage | Slower installation, loading, updates, and file operations. |
| UFS 2.1 or UFS 2.2 storage | Preferable for faster loading and a more responsive feel, if the phone actually includes it. |
The POCO C71 is an example of why the complete device matters. Its official specifications list LPDDR4X memory and eMMC 5.1 storage, and a Gadgets 360 review reported frequent app restarts when recalling applications from memory. That is not proof that every T7250 phone behaves the same way; it shows how memory and storage choices can expose the limits of the same SoC.
Marketing terms such as 8 GB RAM also need checking. A phone may have 4 GB of physical RAM plus 4 GB of virtual or extended RAM. Virtual RAM uses internal storage and does not provide the same performance as additional physical LPDDR4X memory. Xiaomi’s POCO C71 specifications explicitly describe memory extension as using storage space.
GPU and gaming performance
UNISOC specifies an Arm Mali-G57 GPU running at up to 850 MHz. Independent specifications identify the implementation as Mali-G57 MP1, meaning a single graphics core or cluster. Some secondary pages incorrectly list Mali-G57 MC2; the more consistent current evidence supports Mali-G57 MP1, or simply Mali-G57 when avoiding implementation-level detail.
The T7250 is best understood as a casual-gaming platform:
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- 2D and casual games: Generally appropriate.
- Older or less demanding 3D games: Usually playable with reduced graphics settings.
- Competitive games: May be playable at low settings, but results depend on the specific game, phone, and software profile.
- Demanding modern games: Expect low presets, stutters, frame drops, long loading times, or compatibility restrictions.
- High-end emulation: Not a sensible reason to buy a T7250 device.
In a hands-on test of the T7250-equipped POCO C71, Asphalt 8 was playable but showed skipped frames and random lag. The reviewer also found that several high-end games were unavailable for download on the tested device. A Notebookcheck review of the Cubot KingKong ES3 found everyday use reasonably smooth but said the SoC reached its limits with more complex applications and gave the device a very low games-performance subscore.
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Those reviews measure complete phones, not isolated silicon. RAM, storage, game whitelists, firmware, cooling, battery state, and display resolution all affect the result. There is no responsible universal FPS figure for every T7250 device.
Does a 120 Hz screen mean 120-fps gaming?
No. The T7250 officially supports HD+ at up to 120 Hz, while its stated FHD+ limit is 60 Hz. A 120 Hz panel can make scrolling and compatible interface animations look smoother, but the GPU still has to render each game frame. A demanding game may run well below 120 frames per second, even when the phone advertises a 120 Hz display.
Check the panel’s resolution and refresh-rate combination. Official specifications for devices such as the POCO C71 and realme C71 show the common budget implementation: an HD+ display with a 120 Hz refresh rate. Other T7250 phones may use 60 Hz or 90 Hz screens.
Display, camera, and video capabilities
Display support
The platform’s official display limits are:
- FHD+ at 60 Hz
- HD+ at 120 Hz
A manufacturer can choose a lower mode than the SoC supports. It can also use an HD+ 90 Hz panel, an HD+ 120 Hz panel, or an FHD+ 60 Hz panel depending on the product’s cost and design. Do not infer the phone’s actual refresh rate from the chipset alone.
Camera support
The triple-core ISP has a 14-bit pipeline and supports up to 108 MP photo capture on paper. UNISOC also lists support for 48 MP capture at 17 fps in non-ZSL mode, 24 MP at 30 fps, multi-camera combinations such as 16 MP plus 8 MP, and camera-switching and processing features marketed as ACUTE logic.
108 MP support is an ISP ceiling, not a guarantee of a 108 MP camera or high-quality photographs. The actual result depends on the sensor, lens, sensor size, pixel binning, autofocus, stabilization, exposure processing, and the manufacturer’s camera software. A T7250 phone may use a 13 MP, 32 MP, 50 MP, or another sensor and may never offer a 108 MP camera mode.
For example, the POCO C71 uses a 32 MP rear camera and records video at up to 1080p30 despite the platform’s broader theoretical camera capabilities. The phone specification matters more than the maximum number on the SoC data sheet.
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UNISOC lists 1080p video encoding and decoding at up to 60 fps. This does not mean every T7250 phone records 1080p60. The manufacturer may limit recording to 1080p30 because of the camera sensor, stabilization, heat, software, or product segmentation.
Connectivity and 5G support
The Unisoc T7250 is 4G-only. Its listed cellular technologies are GSM, WCDMA, FDD-LTE, and TDD-LTE. The platform supports LTE Cat 7 download, Cat 13 upload, carrier aggregation, VoLTE, and ViLTE. UNISOC’s product page does not list an integrated 5G modem, and current T7250 devices are marketed as 2G/3G/4G phones.
It also supports:
- 802.11 a/b/g/n/ac Wi-Fi, commonly known as Wi-Fi 5
- Bluetooth 5.2
- GPS, GLONASS, BeiDou, and Galileo
- FM radio
LTE category numbers are not the same as universal carrier compatibility. The phone manufacturer determines the supported LTE bands, carrier-aggregation combinations, VoLTE certification, SIM configuration, and regional modem tuning. Before buying an imported T7250 phone, compare its exact model number and supported bands with your carrier.
AI and security features
UNISOC lists no dedicated NPU and no VDSP for the T7250, while listing a TEE security solution. This does not prevent a phone from advertising AI camera effects, portrait segmentation, scene recognition, or an AI assistant. Such features may run on the CPU, GPU, ISP, cloud services, or ordinary software libraries rather than on a dedicated neural-processing unit.
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Android version and update longevity
On June 16, 2025, UNISOC announced that it had optimized the T7250 and several other platforms to support Android 16. This is a platform-level compatibility and optimization announcement, not a promise that every T7250 phone will receive Android 16.
For a specific phone, check five separate facts:
- Which Android version the phone shipped with.
- Whether the manufacturer promised an Android version upgrade.
- How long security updates are promised.
- Whether the exact regional and carrier model has received the update.
- Whether the phone uses full Android or Android Go.
Update delivery remains the responsibility of the phone manufacturer and can vary by model, region, carrier, and software edition. A T7250 phone should not be purchased on the assumption that a platform optimization automatically guarantees a particular update.
Phones using the T7250 or T615 platform
The following are verified examples from manufacturer specifications or support pages. This is not a complete global list, and regional configurations can differ.
| Device | Evidence and notable details |
|---|---|
| POCO C71 | Official specifications list T7250, LPDDR4X, eMMC 5.1, and an HD+ 120 Hz display. |
| Redmi A5 | A regional Xiaomi FAQ identifies the T7250; configurations vary by market. |
| realme C71 | Official MEA specifications list T7250, Mali-G57 MP1, and a 120 Hz HD+ display. |
| TECNO POP 10 | The regional TECNO specification page lists T7250 and 4G connectivity. |
| TECNO SPARK Go 2 | The Bangladesh specification page lists T7250. |
| TECNO SPARK Go 3 | The official specification page lists T7250, Android 15, and a 120 Hz display. |
Retailer listings, firmware databases, and tablet specifications may use T615, T7250, or UMS9230E inconsistently. Verify the manufacturer’s page for the exact market and model rather than relying on a marketplace title.
Unisoc T7250 benchmark results
Published benchmark scores vary substantially by device and test conditions. The following figures are examples, not a single guaranteed score for every T7250 phone.
| Test | Published result | Context |
|---|---|---|
| AnTuTu 10 | 258,142 | NanoReview reported result |
| AnTuTu 10 | 268,767 | POCO C71 review result |
| AnTuTu 10 | 308,467 | Notebookcheck test-system result |
| Geekbench 6 single-core | 429–441 | Published results across databases and devices |
| Geekbench 6 multi-core | 1,402–1,481 | Published results across databases and a POCO C71 review |
| 3DMark Wild Life | 575 | POCO C71 review result |
Sources for these figures include NanoReview, the Notebookcheck T7250/T615 database, and the POCO C71 review.
The spread comes from different phones, cooling systems, RAM and storage configurations, Android versions, background processes, benchmark revisions, performance modes, battery state, temperature, display resolution, and database aggregation methods. A score of 260,000 in AnTuTu should therefore be treated as a rough reference, not as the T7250’s universal result.
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What does the T7250 feel like in real use?
With 6 GB of physical RAM, UFS storage, lightweight software, a modest HD+ display, and adequate cooling, a T7250 phone can feel responsive enough for everyday tasks. App launches, web browsing, messaging, streaming, and ordinary scrolling should be serviceable, although not comparable with a modern mid-range phone.
With 3 GB or 4 GB of physical RAM, eMMC 5.1 storage, heavy software, and many preinstalled apps, the same SoC may show:
- Frequent app reloads when switching between applications.
- Longer installation and update times.
- Slower camera launches and gallery loading.
- Stutters while several apps are active.
- More noticeable lag after the phone heats up.
These differences explain why two phones using the same T7250 can receive very different reviews. The chip sets a performance ceiling, but the phone’s memory, storage, thermal design, software, and display workload determine how quickly it reaches that ceiling.
Is the Unisoc T7250 good enough?
Good for
- Calls, messaging, email, and social media.
- Web browsing and navigation.
- YouTube and ordinary video streaming.
- Basic productivity and light photo editing.
- Casual games and older 3D games at reduced settings.
- Budget phones where low price and battery capacity matter more than speed.
- HD+ displays with high-refresh scrolling.
Not ideal for
- Demanding modern games or sustained 3D gaming.
- Heavy multitasking, especially on 3 GB or 4 GB models.
- Video editing and RAW photography workflows.
- High-end emulation.
- Buyers who require 5G.
- Buyers seeking substantial long-term performance headroom.
- Phones that combine the chip with eMMC storage and aggressive virtual-RAM marketing.
Overall verdict: The T7250 is acceptable when sold as an entry-level 4G platform and paired with sensible hardware. It is not a hidden mid-range chip. If the phone has at least 6 GB of physical RAM and UFS storage, it is a more attractive configuration; if it has 3 GB or 4 GB of RAM and eMMC storage, expect a more basic and less consistent experience.
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MediaTek Helio G81
The MediaTek Helio G81 has two Cortex-A75 cores up to 2 GHz and six Cortex-A55 cores up to 1.7 GHz, compared with the T7250’s 1.8 GHz and 1.6 GHz limits. It also uses a Mali-G52 MC2 GPU and supports eMMC 5.1. The G81’s higher CPU clocks look better on paper, but clock speed alone does not establish real-world superiority. Compare same-device reviews, RAM, storage, thermals, and software.
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Qualcomm Snapdragon 685
The Snapdragon 685 offers CPU clocks up to 2.8 GHz, an Adreno 610 GPU, an AI engine, FHD+ displays up to 120 Hz, and Wi-Fi 5. Notebookcheck’s published comparisons place it ahead of the T7250 in several benchmark categories. That does not mean every Snapdragon 685 phone is automatically better: a poorly optimized phone with slow storage can still feel worse than a well-tuned T7250 model.
T616 and T7255
T616 and T7255 are closely related budget-platform names, but they should not automatically be treated as interchangeable with T615 or T7250. Product names and specifications are easy to confuse. Verify the exact CPU frequencies, GPU configuration, modem, and device implementation before comparing them. The T616/T615 comparison and independent Mali-G57 MP1 information are useful starting points, but they do not replace testing of the actual phone.
Newer 5G platforms
If 5G, stronger sustained gaming, or longer-term performance headroom is important, compare the complete device with newer 5G phones at a similar price. The decision should include the modem bands, update policy, physical RAM, storage type, display, battery and charging system, and independent performance testing—not just the processor’s model number.
Buying checklist for a T7250 phone
- Check physical RAM. Prefer 6 GB over 3 GB or 4 GB when the price difference is small.
- Check storage technology. UFS 2.1 or UFS 2.2 is preferable to eMMC 5.1, but SoC support does not guarantee that the phone uses UFS.
- Confirm the network. Reject the T7250 if you specifically need 5G. For 4G, check the exact regional LTE bands and VoLTE support.
- Verify the display combination. Confirm whether 120 Hz is available at the panel’s native resolution. The platform’s stated maximum is HD+ at 120 Hz and FHD+ at 60 Hz.
- Judge the actual camera. A 108 MP ISP ceiling does not guarantee a 108 MP sensor or good photographs.
- Check the software. Lightweight software can make an entry-level chip feel better than a heavily customized Android build.
- Read the update policy. Android 16 platform optimization does not guarantee an Android 16 update for the phone.
- Assess the price honestly. The T7250 makes sense when the complete phone is priced as an entry-level 4G device, not when it is sold as a performance model.
Common specification traps
- 120 Hz display
- This describes the panel’s refresh capability, not guaranteed gaming frame rates. The T7250’s stated 120 Hz mode is for HD+ resolution.
- 108 MP camera support
- This is a platform image-processing ceiling. The phone may use a lower-resolution sensor and produce better or worse images depending on its camera hardware and software.
- 8 GB RAM
- Check how much is physical and how much is virtual. Storage-backed virtual RAM is not equivalent to 8 GB of physical memory.
- UFS support
- The SoC supports UFS 2.1/2.2, but an inexpensive phone may still use slower eMMC 5.1 storage.
- LTE Cat 7/Cat 13
- These are modem capability categories, not a guarantee that the specific phone supports every carrier’s bands or aggregation combinations.
- Android 16 ready
- UNISOC’s announcement concerns platform optimization. The manufacturer still controls whether, when, and where a particular phone receives the update.
- AI camera features
- AI branding does not prove the presence of a dedicated NPU. The T7250’s official specification lists no dedicated NPU.
Frequently Asked Questions
Is the Unisoc T7250 the same as the T615?
T7250 is widely identified as the later name for the T615 platform, and both are commonly associated with UMS9230E. This is the strongest public identification, but UNISOC’s current official page does not explicitly document a T615-to-T7250 rename. Treat them as the same practical platform unless the manufacturer provides different technical details.
Is the Unisoc T7250 good for gaming?
It is suitable for casual games and some older or less demanding 3D games at reduced settings. Demanding games may suffer from low frame rates, stutters, long loading times, or compatibility restrictions. A 120 Hz display does not mean demanding games will run at 120 fps.
Does the T7250 support 5G?
No. The listed T7250 platform is 4G-only, supporting GSM, WCDMA, FDD-LTE, and TDD-LTE. Exact LTE bands and carrier compatibility still depend on the phone model and region.
Does the T7250 support a 120 Hz display?
Yes, officially at HD+ resolution. Its listed FHD+ limit is 60 Hz, while HD+ can reach up to 120 Hz. The manufacturer may choose a lower refresh rate.
Can the T7250 handle a 108 MP camera?
The ISP supports up to 108 MP capture in its platform specification, but that does not mean every phone has a 108 MP sensor or produces 108 MP-quality images. Sensor, optics, stabilization, and camera software are more important to the final result.
Is 4 GB of RAM enough for a T7250 phone?
It can be sufficient for basic calls, browsing, streaming, and messaging, but multitasking will be limited and app reloads are more likely. Six GB of physical RAM is preferable when prices are close, especially with a full Android installation.
Is the T7250 faster than the Snapdragon 685?
Published Notebookcheck comparisons place the Snapdragon 685 ahead in several benchmark categories, but the actual phone’s RAM, storage, cooling, and software still matter. Compare complete devices rather than relying only on chipset names.
What does UMS9230E mean?
UMS9230E is a device identifier commonly associated with the T615/T7250 platform. It may appear in regional support pages, firmware databases, tablets, or retailer specifications when a product uses the same practical platform.
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Does the T7250 support Android 16?
UNISOC announced platform optimization for Android 16, but that is not an update guarantee. The phone manufacturer, region, carrier, and exact model determine whether Android 16 is delivered.
The Bottom Line
Bottom line: The Unisoc T7250 is a reasonable entry-level 4G SoC, not a mid-range performance processor. It is effectively the platform commonly known as T615 and associated with UMS9230E, although UNISOC has not clearly published an official rename statement. Buy it for basic Android use, streaming, navigation, social apps, and casual gaming—preferably in a phone with 6 GB or more of physical RAM and UFS storage. Choose another device if you need 5G, demanding gaming, heavy multitasking, or substantial long-term performance headroom.
Quick Recap
Product prices and availability are accurate as of the date/time indicated and are subject to change. Any price and availability information displayed on Amazon at the time of purchase will apply.
