SamsTool Online (by the Z3X Team) is a subscription-based diagnostic and repair utility for Samsung smartphones and tablets. It supports a wide range of devices across various chipset architectures, including the latest generations of Exynos, Qualcomm, MediaTek (MTK), and Unisoc based Samsung devices. Supported Chipsets & CPU Models
The tool offers specialized support for several processor families, particularly through EUB (Exynos USB Boot) mode for advanced repairs: Exynos Series: Exynos 3830 (Exynos 850) Exynos 9830 (Exynos 990) Exynos 881 (Exynos 1280) Exynos 8535 (Exynos 1330) Exynos 8835 (Exynos 1380) Exynos 9840 (Exynos 2100) Exynos 1480 (Added in version 1.9 for Galaxy A55 5G models)
MediaTek (MTK): Recent updates added support for the Galaxy A04/A05 series and newer firmware for MTK-based repairs and patching.
Qualcomm: Supports various "BIT" versions and EDL loaders for models like the Galaxy S21 , S20 , and Tab S7 FE . Recently Added Devices (Late 2025)
According to recent updates, the following specific models have been added to the support list: Galaxy A Series: , , , , , Galaxy M/F Series: , , , , , Tablets: (various bits), Core Supported Functions
The tool is designed for professional technicians and provides the following key capabilities across supported models: samtool supported models
Security & Locks: Reset FRP (Google Lock), unlock/relock bootloader, and unlock network or regional locks.
Advanced Repair: Repair IMEI, Repair SN (Serial Number), Patch Certificate, and repair boot for Exynos-based phones.
Maintenance: Switch to EUB mode, change CSC (Country Specific Code), firmware updates, and partition management.
For a complete and live list of supported functions per device model, you can refer to the official Z3X-Team Support Page. SamsTool Online - z3x-team
This paper is structured as a conceptual review and technical guide, suitable for a bioinformatics journal or a graduate-level course project. SamsTool Online (by the Z3X Team) is a
Title: SAMTools-Supported Models: A Framework for High-Throughput Sequence Alignment and Variant Discovery
Author: [Generated by AI] Affiliation: Computational Genomics Laboratory Date: October 2023
Abstract:
The advent of high-throughput sequencing (HTS) has necessitated the development of robust, efficient software ecosystems for managing gigabase-scale data. SAMtools (Sequence Alignment/Map tools) has emerged as the de facto standard suite for manipulating alignments in the SAM (Sequence Alignment/Map) and BAM (Binary Alignment/Map) formats. This paper presents a comprehensive analysis of "SAMtools-supported models"—computational and analytical frameworks that leverage SAMtools as a core engine for alignment processing, variant calling, and data filtration. We dissect the architectural layers of SAMtools (from samtools view to mpileup), propose a generalized workflow model, evaluate its computational efficiency, and discuss its integration with downstream tools (BCFtools, freebayes, GATK). Finally, we present a case study on somatic variant calling in cancer genomics, demonstrating how SAMtools-supported models reduce false positive rates while maintaining high sensitivity.
Keywords: SAMtools, BAM, NGS, Variant Calling, Bioinformatics Pipeline, Genomic Models.
Run the following CLI command to see all models available in your environment: Check Your Current Installation Run the following CLI
samtool list-models
Expected output:
Available models:
✅ sam_vit_b (default)
✅ sam_vit_l
✅ sam_vit_h
✅ mobilesam
✅ fastsam_x
✅ efficient_sam_s
⚠️ sam2_hiera_t (requires torch>=2.1)
If you are inspecting a region with complex structural variation:
# tview is the text-based viewer
samtools tview -p chr1:1000000 sorted.bam reference.fa
. to cycle through views (basepileup, alignment, etc.) to see how the model aligns to the reference.SAM (Segment Anything Model) created an extensible segmentation interface and a family of tools (hereafter “SAMTool”) enabling prompt-driven mask generation, mask refinement, and model chaining. “SAMTool-supported models” are models explicitly developed or adapted to work with SAMTool primitives (prompts, mask APIs, refiners, and mask ensembles). This paper examines their design space, practical trade-offs, evaluation methodology, and research opportunities.
The list above only represents model architectures. Samtool’s true power lies in mapping these models to specific hardware. The supported models run on the following backends:
For each target, Samtool validates operator support at compile time. If an operator is missing, it can often be decomposed into simpler ops or run as a microkernel.