Janam XR2-ATHKYMGWU0 vs Janam XT3-STHGBMGW01: Specification Comparison
Both the Janam XR2-ATHKYMGWU0 and XT3-STHGBMGW01 are IP67-rated rugged Android handheld mobile computers targeting field and warehouse workflows that require barcode scanning, RFID, and cellular connectivity. The XR2 runs Android 13 AOSP with a dedicated UHF RFID engine capable of 1,300+ tags/sec, while the XT3 runs Android 9 GMS/AER with HF RFID/NFC and a hot-swappable battery design. Both carry Honeywell 1D/2D imagers and Bluetooth 5.x radios, making them genuine cross-shop candidates for mobile data-capture deployments.
In This Guide
- Which device delivers the right RFID and barcode capture capability for your workflow?
- How do the two devices compare on physical ruggedness, battery endurance, and portability?
- Which unit offers stronger OS currency, wireless connectivity, and enterprise management support?
- Which should you choose: the XR2-ATHKYMGWU0 or the XT3-STHGBMGW01?
- Side-by-Side Specs
- FAQ
Which device delivers the right RFID and barcode capture capability for your workflow?
The XR2-ATHKYMGWU0 integrates a UHF RFID engine rated at 1,300+ tags/sec for North America, enabling bulk pallet and inventory reads at distance — a capability the XT3-STHGBMGW01 does not offer. The XT3-STHGBMGW01 instead provides HF RFID via NFC (NFC Forum Tags 1–5, ISO 14443 Type A/B, ISO 15693, MIFARE 1k/4k/Plus/UltraLight/DESFire, Sony FeliCa), suited for tap-to-pair, access control, and short-range tag authentication at typical 0–10 cm range.
For barcode capture, the XR2 uses a Honeywell N5703 1D/2D imager; the XT3 uses a Honeywell N6703 Area Imager with omnidirectional scan pattern. Both read GS1-128, Code 39, Code 128, QR Code, and Data Matrix. The XT3 additionally lists UPC and EAN in its specified symbology set; the XR2 spec does not explicitly list those two. Buyers whose primary need is UHF bulk RFID should select the XR2; those needing NFC-based authentication or tap workflows should select the XT3.
How do the two devices compare on physical ruggedness, battery endurance, and portability?
Both units carry an IP67 ingress-protection rating, confirming dust-tight and 30-minute water-immersion resistance per IEC 60529. Drop ratings diverge: the XT3-STHGBMGW01 is rated to 1.5 m (5 ft) to concrete on all sides across a wide temperature range, versus 1.2 m (4 ft) to concrete for the XR2-ATHKYMGWU0 — a 25% drop-height advantage for the XT3.
Battery capacity swings significantly in the opposite direction. The XR2 ships with a 9,000 mAh 3.7 V Li-ion pack — more than three times the XT3's standard 2,900 mAh cell. The XT3 compensates with a hot-swappable battery design (a 5,800 mAh extended option is also specified) and a rated 8–10 hours of mixed cellular/WiFi usage; no equivalent runtime figure is provided in the XR2 spec. The XR2 is also substantially larger and heavier: 678 g (23.9 oz) and 143.3 × 169 × 90.5 mm versus the XT3's 272 g (9.5 oz) and 156 × 82 × 21 mm. The XT3's lighter, slimmer profile is meaningful for all-day carry; the XR2's mass reflects its integrated UHF antenna and larger power cell.
Which unit offers stronger OS currency, wireless connectivity, and enterprise management support?
The XR2-ATHKYMGWU0 ships with Android 13 AOSP and is specified as upgradable to Android 15, providing a longer forward OS runway. However, AOSP omits Google Mobile Services (GMS), so Google Play, Google APIs, and GMS-dependent MDM agents are unavailable without side-loading or an alternative app distribution mechanism. The XT3-STHGBMGW01 ships with Android 9 GMS/AER (Android Enterprise Recommended) — an older OS but one that carries full Google Play Services, GMS-based EMM/MDM compatibility, and the Android Enterprise Recommended certification for enterprise deployments.
On wireless, the XT3 adds 802.11ac (Wi-Fi 5) to its radio set (802.11a/b/g/n/ac/d/h/i/k/r/v), while the XR2 is limited to 802.11a/b/g/n (Wi-Fi 4). The XR2 specifies dual-SIM GSM/LTE with an extensive LTE band list (TD-LTE B34/B38/B39/B40/B41; FDD-LTE B1/B2/B3/B4/B5/B7/B8/B12); the XT3 supports WWAN via a microSIM model variant. The XT3 also exposes USB-C, Ethernet via dock/accessory, Pogo Pin industrial connector, a 3.5 mm headset jack, dual-microphone with noise cancellation, and 9 programmable external buttons — hardware I/O the XR2 spec does not enumerate. Bluetooth is 5.1 on the XR2 versus 5.0 BLE on the XT3.
Which should you choose: the XR2-ATHKYMGWU0 or the XT3-STHGBMGW01?
Our take: The XR2-ATHKYMGWU0 is the stronger choice when UHF RFID bulk-read performance, Android 13 OS currency, or high-capacity battery life without hot-swap are the primary requirements. Its 1,300+ tags/sec UHF engine and 9,000 mAh battery are not matched by the XT3, and its Android 13 AOSP path upgrades to Android 15. However, three spec deltas favor the XT3-STHGBMGW01: it carries a 1.5 m versus 1.2 m drop rating, it weighs 272 g versus 678 g (a 406 g difference critical for all-day wear), and it supports 802.11ac versus the XR2's 802.11a/b/g/n ceiling. Deployments requiring GMS-based MDM, Android Enterprise Recommended certification, NFC tap workflows, or a lighter form factor should select the XT3. The XR2 suits high-throughput RFID inventory environments; the XT3 suits enterprise-managed, mobile-worker deployments where device weight and Google ecosystem compatibility matter.
Side-by-Side Comparison
Spec-for-spec, from manufacturer data.
| Specification | Janam XR2-ATHKYMGWU0 | Janam XT3-STHGBMGW01 |
|---|---|---|
| Operating System | Android 13 (AOSP); upgradable to Android 15 | Android 9 (GMS/AER); upgradeable to Android 11 |
| Google Mobile Services (GMS) | No (AOSP) | Yes (GMS/AER, Android Enterprise Recommended) |
| RFID Technology | UHF RFID (North America), 1,300+ tags/sec | HF RFID via NFC (ISO 14443, ISO 15693, MIFARE, FeliCa) |
| Scan Engine | Honeywell N5703 1D/2D Imager | Honeywell N6703 1D/2D Area Imager (omnidirectional) |
| IP Rating | IP67 | IP67 |
| Drop Rating | 1.2 m (4 ft) to concrete | 1.5 m (5 ft) to concrete, all sides |
| Battery Capacity | 9,000 mAh Li-ion (non-swappable per spec) | 2,900 mAh Li-ion, hot-swappable; 5,800 mAh optional |
| Battery Runtime | Not specified | 8–10 hours mixed cellular/WiFi |
| Processor | 2.45 GHz Qualcomm octa-core | 2.2 GHz Qualcomm Snapdragon octa-core |
| RAM / Storage | 4 GB RAM / 64 GB storage | 4 GB RAM / 64 GB storage (3 GB/32 GB optional) |
| microSD Expansion | Up to 512 GB (ExFAT) | Up to 512 GB |
| WiFi | 802.11a/b/g/n (Wi-Fi 4) | 802.11a/b/g/n/ac (Wi-Fi 5) |
| Bluetooth | Bluetooth 5.1 | Bluetooth 5.0 BLE |
| Cellular | GSM/LTE dual-SIM (FDD/TD-LTE multi-band) | GSM/LTE (WWAN model, microSIM) |
| Display | 5.7 in., 720×1440, Corning Gorilla Glass | 5 in. HD 1280×720, IPS, 500 nits, Corning Gorilla Glass |
| Weight | 678 g (23.9 oz) | 272 g (9.5 oz) with battery |
| Dimensions | 143.3 × 169 × 90.5 mm | 156 × 82 × 21 mm |
| Camera (Rear / Front) | 13 MP rear with flash / 5 MP front | 13 MP rear autofocus with LED flash / 8 MP front |
Frequently Asked Questions
Which should you choose: the XR2-ATHKYMGWU0 or the XT3-STHGBMGW01?
The XR2-ATHKYMGWU0 is the stronger choice when UHF RFID bulk-read performance, Android 13 OS currency, or high-capacity battery life without hot-swap are the primary requirements. Its 1,300+ tags/sec UHF engine and 9,000 mAh battery are not matched by the XT3, and its Android 13 AOSP path upgrades to Android 15. However, three spec deltas favor the XT3-STHGBMGW01: it carries a 1.5 m versus 1.2 m drop rating, it weighs 272 g versus 678 g (a 406 g difference critical for all-day wear), and it supports 802.11ac versus the XR2's 802.11a/b/g/n ceiling. Deployments requiring GMS-based MDM, Android Enterprise Recommended certification, NFC tap workflows, or a lighter form factor should select the XT3. The XR2 suits high-throughput RFID inventory environments; the XT3 suits enterprise-managed, mobile-worker deployments where device weight and Google ecosystem compatibility matter.
Is the XR2-ATHKYMGWU0 or XT3-STHGBMGW01 better for large-scale RFID inventory scanning?
The XR2-ATHKYMGWU0 is the clear choice for UHF RFID inventory work — it carries a dedicated UHF RFID engine rated at 1,300+ tags/sec for North America, enabling bulk pallet and shelf reads at distance. The XT3-STHGBMGW01 provides only HF RFID via NFC, which operates at short range (typically under 10 cm) and is designed for tap-to-authenticate or single-tag interactions, not bulk inventory sweeps.
Which device is easier to manage across a fleet using standard MDM tools?
The XT3-STHGBMGW01 has the advantage here. It ships with Android 9 GMS/AER and carries Android Enterprise Recommended certification, meaning it is validated for GMS-based EMM and MDM platforms that rely on Google Play Services. The XR2-ATHKYMGWU0 runs Android 13 AOSP, which excludes GMS; MDM enrollment and app distribution require AOSP-compatible tools or manual side-loading, adding deployment complexity.
Which unit holds up better for workers doing full shifts without access to a charging station?
The XR2-ATHKYMGWU0 ships with a 9,000 mAh battery — more than three times the XT3's standard 2,900 mAh cell — making it the better option for extended shifts without charging infrastructure. The XT3-STHGBMGW01 counters with a hot-swappable battery design and an optional 5,800 mAh extended pack rated for 8–10 hours of mixed use, which suits environments where spare batteries can be pre-charged and swapped in the field. No equivalent runtime figure is provided in the XR2 spec.
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