About this software
ANTS Memory Profiler is a Windows tool for .NET developers to locate memory leaks, analyze heap usage, and profile unmanaged memory. It captures heap snapshots, visualizes object retention graphs, compares snapshots, and highlights likely causes to speed diagnosis. The tool integrates with Visual Studio and supports .NET Framework, .NET Core, and .NET 5–9 per Redgate documentation.
Purchase
Redgate ANTS Memory Profiler
In Stock
Delivery: 1 working day
Loading...
€460.44
Free and without obligation
Do you need more information or looking for another license?
Benefits
- Quick leak identification: Locate memory leaks using snapshots and intelligent analysis within minutes
- Visualize object retention: View retention graphs to see shortest reference paths to GC roots
- Compare memory snapshots: Compare any two heap snapshots to track memory changes over time
- Unmanaged memory profiling: Inspect unmanaged modules to measure native memory usage alongside managed memory
- Visual Studio integration: Launch profiling from within Visual Studio for faster workflows
Available languages
- English
Support information
- Product documentation: Detailed online documentation covers installation, requirements, and feature usage.
- API documentation: Published API docs describe automating snapshots and profiler integration with applications.
- Community forums: Discussion forums are available for user questions and troubleshooting.
- Trial downloads: A 14-day trial is available for download from the product pages.
- Purchasing FAQ: Online purchasing and licensing FAQs explain purchase options and discounts.
Frequently asked questions
What is Redgate ANTS Memory Profiler?
A memory profiling tool for .NET applications that captures and analyzes heap snapshots to help identify memory usage patterns and locate memory leaks.
Which types of applications can it profile?
Designed to profile managed .NET applications, including desktop, web, and service processes, to assess memory allocation and object retention.
How does it help diagnose memory leaks?
By capturing memory snapshots and enabling comparison, it highlights growing object counts and identifies the objects or reference chains responsible for retained memory.
What outputs or views help inspect memory problems?
Provides heap views, object type breakdowns, allocation summaries, and reference chains so users can see which objects occupy memory and why they are retained.
Can snapshots be compared to track memory changes over time?
Comparing snapshots reveals differences in allocations and retained objects, helping to identify leaks or unintended memory growth between runs.