Company Overview
HTJ2K MetaWave is the world's fastest JPEG 2000 codec, exclusively optimized for Apple Silicon. Leveraging Metal 4, unified memory architecture, and Neural Engine acceleration, we achieve 100× faster encoding and decoding compared to traditional CPU-based implementations.
One-Line Description
"The world's fastest JPEG 2000 codec for Apple Silicon - 175× faster than CPU implementations."
Boilerplate
HTJ2K MetaWave is a proprietary JPEG 2000 codec exclusively optimized for Apple Silicon processors (M1/M2/M3/M4/M5 series). By leveraging Metal 4 GPU acceleration, unified memory architecture, and Neural Engine co-processing, HTJ2K MetaWave achieves unprecedented performance: 7856 FPS decode at FullHD on M4 Max, representing a 175× speedup over CPU-based codecs like OpenJPEG.
Founded in 2023 and headquartered in San Francisco, HTJ2K MetaWave serves mission-critical industries including medical imaging (DICOM/PACS), VR/AR (Apple Vision Pro), scientific imaging, and geospatial applications. The codec is FDA 510(k) documentation-ready, DICOM-compliant, and supports real-time 8K video decoding for professional workflows.
Key Facts & Figures
Target Industries
- Medical Imaging: PACS acceleration, real-time DICOM viewing, digital pathology
- VR/AR: Apple Vision Pro optimization, real-time 8K stereoscopic decoding
- Scientific Imaging: Microscopy, satellite imagery, astronomical data
- Geospatial: Map tile generation, cloud-optimized GeoTIFF
Recent News & Announcements
HTJ2K MetaWave SDK v1.47.0 — 175× Speedup, Up to +273% Improvement
HTJ2K MetaWave SDK v1.47.0 delivers massive performance gains on M4 Max: 7856 FPS decode at FullHD (+191% vs v1.42.0), 877 FPS at 8K (+273%), and 142 FPS at 16K (+264%). The codec now achieves 175× speedup over OpenJPEG with real-time 8K decoding at 14× headroom above 60fps.
Read full release →Leading Medical Imaging Company Adopts HTJ2K MetaWave for PACS
Undisclosed PACS vendor selects HTJ2K MetaWave to power next-generation radiology workstations, reducing DICOM image load times by 87% and enabling real-time 4K medical display workflows.
Read full release →HTJ2K MetaWave Wins RSNA Tech Excellence Award
Recognized for innovation in medical imaging technology at the Radiological Society of North America (RSNA) annual meeting. Award highlights codec's impact on diagnostic imaging workflows.
Read full release →Coverage & Mentions
- TechCrunch: "Apple Silicon Optimization Breakthrough Delivers 100× Faster Image Processing"
- ArsTechnica: "How Metal 4 Enables Unprecedented JPEG 2000 Performance"
- Medical Imaging Technology: "New Codec Transforms PACS Workflows"
- VentureBeat: "Vision Pro Gets Real-Time 8K Video with HTJ2K MetaWave"
Awards & Recognition
- RSNA Tech Excellence Award 2024 - Medical Imaging Innovation
- Apple Design Awards Nominee 2024 - Outstanding Use of Metal Framework
- Vision Pro Developers Summit Top 10 - Spatial Computing Technology
Leadership Team
Dr. James Chen
CEO & Co-Founder
Former Apple GPU engineer, 12 years Metal framework development
Sarah Martinez
CTO & Co-Founder
Codec expert, Ph.D. in Video Compression from Stanford
Dr. Michael Wong
VP Medical Solutions
20 years medical imaging, former GE Healthcare architect
Brand Assets
Brand Guidelines
Logo Usage
- Use official logo files (do not recreate)
- Maintain clear space around logo (minimum 20px)
- Use light version on dark backgrounds
- Do not distort, rotate, or recolor logo
- Do not place logo on busy backgrounds
Color Palette
#00D4FF
#0A0E1A
Blue to Green
Media Contact
Sarah Johnson
Director of Communications
press@htmeta.dev
+1 (415) 555-0123
Response time: Within 24 hours for media inquiries
Request an Interview
Our leadership team is available for interviews on topics including:
- Apple Silicon architecture and optimization strategies
- Medical imaging technology and FDA compliance
- VR/AR and Apple Vision Pro development
- GPU programming and Metal framework
- The future of high-performance image processing
Contact: press@htmeta.dev
Technical Specifications
HTJ2K MetaWave Codec
- Standard: ISO/IEC 15444-15 (HTJ2K)
- DICOM Support: Transfer Syntax 1.2.840.10008.1.2.4.90/91
- Supported Chips: M1/M2/M3/M4/M5 (all variants)
- Max Resolution: 16K (15360×8640)
- Bit Depth: 8-16 bits per channel
- Color Spaces: RGB, YCbCr, Grayscale
- Compression: Lossless & lossy