Pirate PC is a trusted platform where you can get the latest version of Sante PACS Server PG, including a free Windows download with direct links. It offers an offline installer, Portable, and Multilingual versions, all available at no cost. The best part? You can activate it with a single click, hassle-free!
🖥️ What is Sante PACS Server PG?
Sante PACS Server PG is a DICOM-compliant PACS (Picture Archiving and Communication System) server designed to store, manage, and share medical imaging data. It supports the DICOM standard used in radiology, cardiology, and other imaging-intensive healthcare fields. Based on PostgreSQL, it’s optimized for performance, scalability, and reliability, making it ideal for hospitals, clinics, and diagnostic centers.
⭐ Key Features
- DICOM Compatibility
Fully supports all DICOM operations (C-STORE, C-FIND, C-MOVE, C-GET, etc.). - PostgreSQL Database Engine
Reliable, fast, and open-source database backend for large-scale data handling. - Web-based Viewer
Includes an HTML5 DICOM viewer accessible through a browser—no need for plugins. - User and Access Management
Create roles, assign privileges, and manage secure access to sensitive patient data. - Audit Logs
Tracks user activity and data access for compliance and security auditing. - Multi-Modality Support
Works with CT, MRI, X-ray, ultrasound, PET, and more. - Automated Backup and Recovery
Tools for scheduled backups and restoring PACS data. - Scalability
Suitable for both small clinics and large hospitals with growing imaging needs. - HL7 Integration (optional)
Interfaces with hospital information systems (HIS/RIS) via HL7 protocol.
💻 System Requirements
Operating System
- Windows 10 / 11 / Server 2016/2019/2022 (64-bit)
Hardware Requirements
- CPU: Intel i5 or higher (multi-core recommended)
- RAM: 8 GB minimum (16 GB or more recommended)
- Disk: SSD with 100 GB+ free space (depends on image volume)
- Network: Gigabit LAN for DICOM communication and web access
Software Requirements
- PostgreSQL (included with installer)
- Web browser (Chrome, Edge, Firefox, Safari for viewer access)
- .NET Framework (pre-installed on most Windows systems)
⬇️ How to Download and Install Sante PACS Server PG
✅ Step-by-Step Installation
- Download the Installer
Go to the official website: https://www.santesoft.com
Navigate to Products → Sante PACS Server PG and download the latest version. - Run the Setup File
Double-click the.exe
file and follow the installation wizard. - Configure PostgreSQL
The installer will set up PostgreSQL. You may choose a custom password or use the default settings. - Initial Setup
Launch the server configuration utility to set:-
AE Title
-
Port Number (default is 104)
-
Storage Path
-
- Start the Service
Once configured, start the PACS server service. It will begin accepting DICOM files from modalities. - Access Web Viewer
Open a browser and navigate tohttp://localhost:8080
or the assigned IP to use the web-based viewer.
❓ Frequently Asked Questions (FAQs)
Q1: Is Sante PACS Server PG free?
A: No, it’s a commercial product, but a free trial is available on the official website.
Q2: Does it support remote access?
A: Yes, the web viewer allows authorized users to access images from any device with internet access.
Q3: Can I integrate it with my hospital system?
A: Yes, it supports HL7 messaging and can interface with HIS/RIS systems if configured.
Q4: Is it suitable for cloud deployment?
A: While it’s primarily a desktop/server application, it can be installed on cloud-based Windows servers with proper configuration.
Q5: What image formats are supported?
A: It supports all standard DICOM file types, including those from CT, MRI, ultrasound, and CR/DR systems.
🧾 Conclusion
Sante PACS Server PG is a robust, secure, and scalable DICOM PACS solution built around the PostgreSQL engine. It offers full DICOM compliance, a web-accessible viewer, and seamless data management, making it ideal for healthcare providers needing reliable image storage and sharing. Its flexibility in deployment and user access makes it suitable for a variety of medical environments—from solo radiologists to large hospital systems.
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