MacBook Pro M4 Max 48GB 1TB SSD 16'' 2024 | Built for Apple Intelligence and Maximum Mobile Workstation Performance

Ultimate professional powerhouse featuring 40-core GPU and expansive 16.2-inch display for Kenya's most demanding computational workflows
Condition: New

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KSH 510,000.00
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Note that the price and availability are subject to change without prior notice

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Color

Silver Space Grey

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MacBook Pro M4 Max delivers ultimate mobile workstation performance through the revolutionary 16-core CPU with 12 performance cores and 4 efficiency cores, combined with the 40-core GPU and 48GB unified memory at KSH 510,000, now available at Mascom International, Old Mutual Building, First Floor Room 4, Kimathi Street, Nairobi. This professional powerhouse addresses the most intensive needs of Kenya's film production studios, research institutions, advanced software developers, and scientific computing professionals who require maximum desktop workstation-class performance for 8K video editing, complex machine learning training, scientific simulations, and intensive computational workflows while benefiting from the expansive 16.2-inch display for enhanced productivity during collaborative projects and detailed analysis. The MacBook Pro M4 Max features groundbreaking Apple Intelligence integration with advanced privacy protection, 16.2-inch Liquid Retina XDR display with 1000 nits sustained brightness, Thunderbolt 5 connectivity delivering unprecedented 120 Gbps transfer speeds, plus industry-leading 21-hour battery life for all-day professional productivity throughout Kenya's most demanding computational environment.

MacBook Pro M4 Max represents Apple's commitment to providing maximum desktop workstation-class computing performance in an expansive 16.2-inch form factor that maximizes screen real estate for professional applications while delivering uncompromising computational power for mobile creative workflows. The 16.2-inch Liquid Retina XDR display with 3456x2234 resolution and P3 wide color gamut delivers precise color accuracy essential for professional color grading, scientific data visualization, and advanced computational analysis, while the larger display provides enhanced workspace for complex development environments, machine learning workflows, and multi-window research applications throughout Nairobi's dynamic research environment. With 48GB unified memory enabling seamless data sharing between CPU, GPU, and Neural Engine, this laptop handles simultaneous operation of the most memory-intensive professional applications including machine learning frameworks, scientific computing environments, advanced video production suites, and development tools that Kenya's researchers and advanced professionals rely on for complex computational projects. The Apple M4 Max chip with 40-core GPU architecture delivers up to 25% faster graphics performance compared to the 32-core GPU configuration for computational workflows that demand absolute maximum performance.

MacBook Pro M4 Max establishes new standards for mobile workstation performance by proving that advanced silicon architecture can deliver maximum desktop-class capability in a larger form factor while maintaining exceptional energy efficiency and professional display quality. The 1TB PCIe SSD with unified memory architecture provides lightning-fast file access, instant project loading, and responsive performance for massive datasets, complex computational models, and extensive research repositories that modern professionals require. The comprehensive Thunderbolt 5 connectivity with three ports enables connection to multiple 6K displays, high-speed computing clusters, and advanced scientific instruments necessary for research workflows enhanced by the larger display workspace. At Mascom International, we're witnessing tremendous enthusiasm from research institutions, advanced software development teams, machine learning specialists, and computational professionals who need uncompromising performance and expansive display technology - this laptop exceeds expectations while delivering genuine maximum workstation capability in a mobile form factor. Experience the expansive Liquid Retina XDR display precision, test the M4 Max chip maximum performance, and explore the Apple Intelligence features firsthand at our Nairobi shop, now in stock, or take advantage of our secure countrywide delivery service with payment-on-arrival anywhere in Kenya.

What makes this 16-inch MacBook Pro different from other professional laptops available in Kenya?

MacBook Pro M4 Max 16-inch with 48GB memory distinguishes itself through the larger 16.2-inch Liquid Retina XDR display providing enhanced workspace for professional applications, combined with the Apple M4 Max chip architecture featuring 16 CPU cores (12 performance cores and 4 efficiency cores) with 40-core GPU that delivers maximum desktop workstation-class performance. Unlike other professional laptops, the 16-core CPU configuration provides substantially enhanced performance for computational tasks including machine learning training, scientific simulations, and advanced software development that demand maximum processing power throughout Kenya's research and technology sectors. The 546GB/s memory bandwidth with 48GB unified memory enables unprecedented data throughput for memory-intensive applications including large dataset processing, complex 3D rendering, and advanced computational workflows. The unified memory architecture with 48GB capacity enables all system components to access the same massive memory pool, eliminating traditional bottlenecks between CPU, GPU, and storage while providing faster performance than conventional workstations with separate graphics memory. The Apple Intelligence integration provides personalized assistance while maintaining complete privacy protection, with all processing occurring on-device rather than cloud-based systems common in other professional computing solutions throughout Kenya's advanced computing sector.

How does the Apple M4 Max chip with 16-core CPU perform for intensive computational workflows?

The Apple M4 Max chip with 16-core CPU (12 performance cores and 4 efficiency cores) delivers exceptional performance through advanced 3-nanometer architecture providing maximum processing power during demanding computational applications. This maximum workstation processor handles machine learning model training with large datasets, advanced scientific simulations with complex calculations, 8K video editing with real-time effects processing, and software compilation with massive codebases that professionals encounter throughout Kenya's expanding research sector. The 546GB/s memory bandwidth enables rapid data transfer between CPU, GPU, and unified memory, resulting in smooth performance during intensive computational scenarios involving multiple memory-intensive applications simultaneously on the expansive display. For researchers working with machine learning frameworks including TensorFlow and PyTorch, the enhanced CPU performance provides substantial acceleration for model training and data processing workflows. Users report consistent maximum performance during extended computational sessions, smooth handling of large datasets exceeding 32GB, and workstation-level responsiveness in demanding scientific applications throughout intensive research workflows common in Nairobi's advanced computing environments enhanced by the larger workspace display.

What can I expect from the 40-core GPU graphics performance?

The 40-core GPU with second-generation hardware-accelerated ray tracing delivers maximum desktop workstation graphics performance through advanced Apple silicon architecture and Dynamic Caching technology that optimizes memory usage for computational efficiency. This graphics processor handles the most complex 3D rendering tasks including photorealistic architectural visualization, advanced scientific visualization, and professional visual effects with real-time preview capability that rivals dedicated graphics workstations costing significantly more. The hardware-accelerated ray tracing enables realistic lighting, reflections, and shadows in supported professional applications including Cinema 4D, Blender, and Octane Render with performance that exceeds traditional multi-GPU setups. For machine learning professionals, the GPU acceleration provides substantial performance improvements for deep learning training, neural network processing, and computational research workflows common in Kenya's technology and research sectors. The Metal framework optimization ensures professional applications utilize the full graphics capability for tasks including scientific computing, cryptocurrency development, and advanced data visualization throughout demanding computational projects. Content creators report smooth 8K video editing with multiple effects layers, responsive 3D modeling workflows with millions of polygons, and maximum rendering performance that eliminates bottlenecks throughout demanding creative projects benefiting from the expansive display workspace.

How does the 16.2-inch Liquid Retina XDR display enhance professional productivity?

The 16.2-inch Liquid Retina XDR display with 3456x2234 resolution provides exceptional visual clarity through 254 pixels per inch density, ensuring sharp text, precise graphic details, and accurate color reproduction essential for professional computational workflows while offering enhanced workspace compared to smaller displays. The P3 wide color gamut with True Tone technology delivers precise color accuracy that enables professional scientific data visualization, advanced computational analysis, and research presentation work that meets academic standards throughout Kenya's research institutions and universities. The 1000 nits sustained brightness with 1600 nits peak HDR capability ensures excellent visibility during outdoor research sessions, field presentations, and location-based scientific work common in Nairobi's research environment. The larger display size provides enhanced workspace for professional applications including machine learning development environments, scientific computing interfaces, advanced data analysis tools, and multi-window research workflows that benefit from additional screen real estate. The 1,000,000:1 contrast ratio provides deep blacks and bright whites essential for scientific data visualization, computational analysis, and detailed research presentation workflows. For professionals working with large datasets, the display accurately represents complex data visualizations enabling precise analysis and research presentation work throughout extended computational sessions in Kenya's advanced research community.

What advantages does the 48GB unified memory provide for maximum computational workflows?

The 48GB unified memory architecture provides exceptional capacity for simultaneous operation of memory-intensive applications including machine learning frameworks, scientific computing environments, advanced video production suites, and development tools without performance degradation while supporting the enhanced multitasking capabilities enabled by the larger display. This memory capacity enables researchers to work with datasets exceeding 32GB simultaneously, maintain multiple machine learning models in memory, and handle massive computational workflows common in Kenya's research and technology sectors while utilizing the larger display for detailed analysis work. For software developers, the unified memory supports multiple virtual machines, large database operations, complex development environments, and machine learning model training while maintaining responsive performance throughout intensive computational projects enhanced by the expanded workspace. The unified architecture enables all system components including CPU, GPU, and Neural Engine to access the same massive memory pool, eliminating traditional bottlenecks and providing faster performance than conventional workstations with separate system and graphics memory. Unlike professional laptops with 36GB RAM that struggle during maximum computational scenarios, this 48GB configuration provides comfortable overhead for current intensive workflows while ensuring future compatibility as computational applications continue increasing memory requirements throughout the laptop's professional lifespan in Kenya's research sector.

How does the 1TB PCIe SSD enhance professional productivity workflows?

The 1TB PCIe SSD with unified memory architecture delivers substantially faster performance compared to traditional storage solutions, with read speeds optimized for computational application performance and massive dataset handling while supporting the enhanced productivity enabled by the larger display workspace. For researchers managing large datasets, complex computational models, and extensive research repositories, this storage capacity provides adequate space for active projects while maintaining space for professional applications and system requirements. The PCIe interface with Apple silicon integration provides maximum throughput for large dataset transfers, model loading, and application launching common in computational workflows throughout Kenya's research industry enhanced by the larger display for data management and visualization. For software developers working with large machine learning datasets, virtual machine images, and development tool installations, the SSD performance dramatically improves compilation times, model loading, and repository management compared to slower storage solutions while benefiting from the expanded workspace for development environments. The solid-state design with no moving parts provides silent operation during research presentations, resistance to physical movement during fieldwork, and reliable performance throughout the laptop's computational lifespan. Users report application launching times reduced significantly compared to traditional storage, enabling quick computational transitions and efficient workflow management throughout research environments in Kenya's technology sector enhanced by the larger display for enhanced productivity.

What advantages does the larger 16.2-inch display provide for computational workflows?

The 16.2-inch display provides enhanced workspace compared to smaller laptop displays, enabling improved productivity for computational applications including machine learning development environments, scientific data visualization, advanced research interfaces, and multi-window analysis workflows that benefit from additional screen real estate. For researchers, the larger display provides enhanced data visualization capabilities, improved analysis precision, and comfortable viewing during extended computational sessions common in Kenya's research institutions and universities. Software developers benefit from enhanced code visibility, improved debugging capabilities, and comfortable multi-window development environments that utilize the additional display space effectively for complex computational projects. The larger display enables enhanced multitasking scenarios including simultaneous operation of multiple research applications, reference material viewing, and collaborative workflows that benefit from expanded workspace throughout Kenya's research community. For scientists and researchers, the larger display provides enhanced visualization workspace, improved detail visibility, and comfortable viewing during extended analysis sessions while maintaining portable form factor mobility for field research. The display size enhances presentation capabilities during academic conferences and research meetings while maintaining color accuracy and brightness levels essential for professional presentations throughout Nairobi's research environment.

What advantages does Thunderbolt 5 connectivity provide for computational setups?

The three Thunderbolt 5 ports deliver 120 Gbps data transfer capability, enabling connection to multiple professional displays, high-speed computing clusters, and advanced research instruments necessary for comprehensive computational and research workflows enhanced by the larger built-in display. For researchers, Thunderbolt 5 supports multiple 6K displays simultaneously, enabling advanced analysis setups with dedicated data visualization monitors, reference displays, and computational interfaces common in Nairobi's research institutions while utilizing the larger built-in display as the primary workspace. The high-bandwidth connectivity enables rapid transfer of massive datasets, backup operations to high-speed storage systems, and connection to specialized scientific instruments for data acquisition and analysis workflows. For computational professionals, Thunderbolt 5 supports advanced computing clusters, high-speed data acquisition devices, and specialized computational instruments while maintaining maximum data transfer speeds enhanced by the larger display for data monitoring and analysis. The versatile port design supports power delivery, data transfer, and video output through a single connection, reducing cable complexity during research presentations and mobile computational workflows. Professional users report seamless connection to multiple 6K displays, fast backup operations to research storage arrays, and reliable instrument connectivity throughout demanding computational environments in Kenya's research and technology sectors enhanced by the expansive built-in display workspace.

How does Apple Intelligence enhance computational productivity while protecting research data?

Apple Intelligence provides personalized assistance for computational workflows through on-device processing that maintains complete privacy protection, with all data remaining on the device rather than cloud-based processing common in other computational systems while enhancing productivity through the larger display workspace. The intelligent features include advanced writing assistance for research communications, project management optimization, and data organization that helps professionals manage complex computational projects and research communications throughout Kenya's academic environment enhanced by the larger display for improved organization and visibility. For researchers, Apple Intelligence provides intelligent data organization, automated analysis workflow management, and research file management that streamlines computational workflows while maintaining full research control and benefiting from the expanded workspace for enhanced productivity. The privacy-first design ensures research data including proprietary algorithms, experimental results, and computational models never leave the device, providing peace of mind for professionals handling sensitive research information throughout Kenya's academic sector. The Neural Engine with 16 cores provides dedicated processing for machine learning tasks including natural language processing, data pattern recognition, and computational analysis without requiring internet connectivity while utilizing the larger display for enhanced data visualization. Users report improved productivity through intelligent suggestions, automated routine computational tasks, and enhanced organization capabilities while maintaining complete control over research data throughout daily computational operations in Kenya's research environment enhanced by the expansive display workspace.

Where can I experience the 16-inch MacBook Pro M4 Max 48GB in Nairobi before purchasing?

Visit our shop at Mascom International, Old Mutual Building, First Floor Room 4, Kimathi Street, Nairobi, for comprehensive MacBook Pro M4 Max 16-inch 48GB evaluation including display quality assessment, maximum performance testing with computational applications, thermal performance verification under intensive loads, and connectivity options demonstration. Our expert staff provides detailed technical consultation on memory configurations, storage requirements, computational software compatibility, and integration with existing research workflows common in Kenya's academic and technology industries. We provide reliable countrywide delivery service with payment on arrival throughout Kenya, typically taking 1 business day to major cities including Mombasa, Kisumu, and Nakuru, and up to 2 days for remote locations, with comprehensive insurance coverage for high-value computational equipment. This trusted payment-on-delivery system allows thorough evaluation of maximum workstation performance, display technology verification, and computational workflow compatibility testing before completing your purchase, while ensuring you receive an authentic Apple laptop with complete warranty coverage throughout Kenya.

Do you offer delivery throughout Kenya with payment on arrival?

We provide comprehensive countrywide delivery service with secure payment on delivery throughout Kenya for the MacBook Pro M4 Max 16-inch 48GB. Order by phone at +254 708 852 521, visit our shop, or order through www.mascomintl.com, and receive your maximum performance workstation anywhere in Kenya without any upfront payment requirements. Delivery typically takes 1 business day to major cities including Mombasa, Kisumu, Nakuru, and Eldoret, and up to 3 days for remote locations throughout Kenya. This trusted payment-on-delivery system allows you to thoroughly evaluate the maximum workstation performance, test the expansive display technology, verify the M4 Max chip maximum capability, and confirm compatibility with your computational workflows before completing your purchase, while ensuring you receive an authentic Apple MacBook with complete warranty coverage. Each delivery includes comprehensive insurance coverage for high-value computational equipment, secure packaging to prevent transport damage, and delivery confirmation to your specified residential or business address throughout Kenya.

Technical Specifications

Professional Workstation Design

• Construction: Precision-machined aluminum unibody design with premium materials providing durability for intensive computational environments.
• Weight: 2.14 kg provides balance between maximum workstation performance hardware and reasonable portability for mobile professionals.
• Dimensions: 355.7 x 248.1 x 16.8 mm accommodates advanced cooling system and expansive display within professional form factor.
• Build Quality: Robust construction designed for intensive daily computational use and transport between research locations throughout Kenya.
• Color: Available in Space Black and Silver finishes providing professional aesthetics suitable for academic and research environments.
• Hinge Design: Precision-engineered hinge provides smooth opening with stable positioning for comfortable viewing during extended computational sessions.
• Thermal Design: Advanced thermal architecture with efficient heat dissipation ensuring sustained maximum performance during intensive computational workflows.
• Environmental: Designed for reliable operation across Kenya's varied climate conditions with professional-grade environmental protection.

Apple M4 Max Chip Architecture

• Processor: Apple M4 Max chip with 3-nanometer architecture delivering maximum desktop workstation-class performance for computational applications.
• CPU Cores: 16 cores with 12 performance cores and 4 efficiency cores handle simultaneous computational applications and intensive processing workflows.
• GPU Cores: 40-core GPU with hardware-accelerated ray tracing provides maximum workstation graphics performance for computational and creative tasks.
• Neural Engine: 16-core Neural Engine delivers machine learning acceleration for Apple Intelligence features and computational AI workflows.
• Memory Bandwidth: 546GB/s unified memory bandwidth enables rapid data transfer between CPU, GPU, and memory for maximum computational performance.
• Cache: Advanced cache architecture optimizes data access for computational applications and intensive processing workflows.
• Efficiency: Advanced power management provides maximum workstation performance while maintaining energy efficiency for extended battery life.
• Architecture: Unified memory architecture eliminates traditional bottlenecks between system components for enhanced computational performance.

Memory and Storage Configuration

• Unified Memory: 48GB unified memory shared between CPU, GPU, and Neural Engine for enhanced performance and maximum computational multitasking.
• Memory Type: Unified memory architecture provides faster access compared to traditional separate system and graphics memory configurations.
• Memory Performance: High-bandwidth memory access enables smooth operation of memory-intensive applications including machine learning and scientific computing software.
• Memory Expansion: Configurable up to 128GB for users requiring absolute maximum memory capacity for intensive computational workflows.
• Storage: 1TB PCIe SSD provides fast application launching, large dataset handling, and adequate capacity for computational workflows.
• Storage Performance: PCIe interface delivers rapid read/write speeds essential for computational applications, large project files, and system responsiveness.
• Storage Architecture: Integrated with unified memory system for optimized performance during file operations and computational workflows.
• Storage Options: Configurable up to 8TB for users requiring maximum storage capacity for extensive computational dataset libraries.

Professional Display Technology

• Screen Size: 16.2-inch diagonal display provides expansive viewing area for computational applications while maintaining reasonable portability.
• Resolution: 3456x2234 native resolution delivers exceptional sharpness and detail for computational graphics, data visualization, and analysis work.
• Pixel Density: 254 pixels per inch ensures crisp text rendering and precise graphic details essential for computational and research workflows.
• Panel Type: Liquid Retina XDR technology provides wide viewing angles and exceptional color accuracy for computational color-critical work.
• Brightness: 1000 nits sustained brightness with 1600 nits peak HDR ensures excellent visibility during outdoor research and bright laboratory environments.
• Contrast: 1,000,000:1 contrast ratio delivers deep blacks and bright whites essential for scientific data visualization and computational analysis work.
• Color Gamut: P3 wide color gamut provides accurate color reproduction for scientific visualization, data analysis, and computational graphics workflows.
• Color Management: True Tone technology automatically adjusts color temperature for comfortable viewing and accurate color representation.

Advanced Connectivity Features

• Thunderbolt 5: Three Thunderbolt 5 ports deliver 120 Gbps data transfer, 6K display support, and device charging for computational workflows.
• HDMI: HDMI 2.1 port supports 4K displays at 60Hz or 8K displays for computational presentation and extended desktop configurations.
• Audio: 3.5mm headphone jack supports professional headphones and external audio equipment for research communications and presentations.
• SD Card: SDXC-capable SD card slot enables direct import from research instruments and data acquisition devices common in computational workflows.
• MagSafe 3: Magnetic charging connector provides secure power connection while preventing cable damage during computational use.
• Power Delivery: Thunderbolt 5 ports support power delivery for charging compatible devices and powering external computational peripherals.
• Data Transfer: High-speed connectivity enables rapid backup operations, large dataset transfers, and computational storage array connections.
• Display Support: Multiple external display connectivity supports advanced computational setups with dedicated analysis and reference monitors.

Wireless and Network Connectivity

• Wi-Fi: Wi-Fi 6E (802.11ax) wireless adapter supports latest wireless standards with improved performance in dense research environments.
• Wireless Performance: 6E support provides access to 6GHz bands reducing congestion in busy academic districts throughout Nairobi.
• Bluetooth: Bluetooth 5.3 technology supports wireless peripherals including mice, keyboards, headphones, and presentation devices.
• Network Speed: Advanced wireless standards provide fast internet connectivity for cloud-based computational applications and research collaboration.
• Range: Enhanced wireless range and stability compared to previous generations improves connectivity reliability in large research buildings.
• Low Latency: Optimized wireless protocols reduce latency for real-time computational collaboration and research video conferencing throughout Kenya.
• Multiple Connections: Simultaneous wireless connections to multiple devices and networks for complex computational networking requirements.
• Professional Features: Enterprise wireless security protocols ensure secure connectivity in academic and research environments.

Professional Audio System

• Speakers: Six-speaker system with force-cancelling woofers provides immersive audio for computational media playback and research presentations.
• Audio Quality: High-fidelity audio reproduction suitable for computational audio analysis, research presentations, and multimedia research content.
• Spatial Audio: Spatial audio with dynamic head tracking creates immersive listening experience for computational video and audio content.
• Microphones: Three-microphone array with advanced beamforming provides clear voice capture for research video conferencing and voice recording.
• Noise Reduction: Advanced microphone processing reduces background noise for computational video calls and research recording applications.
• Audio Jack: Professional-grade headphone jack supports high-impedance headphones and external audio equipment for research analysis.
• Dolby Atmos: Dolby Atmos support enhances multimedia playback for computational video analysis and research entertainment content.
• Volume Control: Precise volume control with wide dynamic range accommodates various computational audio monitoring requirements.

Input Devices and Interface

• Keyboard: Magic Keyboard with backlit keys provides comfortable typing for extended computational document creation and coding sessions.
• Key Travel: Optimized key travel distance enables comfortable typing during long computational workflows and research preparation.
• Touch ID: Integrated Touch ID sensor provides secure authentication for computational applications and secure research document access.
• Trackpad: Large Force Touch trackpad with pressure-sensing capabilities provides precise cursor control and gesture recognition.
• Gesture Support: Multi-Touch gestures enable efficient navigation through computational applications and research document workflows.
• Backlight: Ambient light sensor automatically adjusts keyboard backlighting for comfortable typing in various research lighting conditions.
• Key Layout: Professional key layout with function keys provides quick access to system controls and computational application shortcuts.
• Durability: Professional-grade key switches designed for intensive daily use throughout demanding computational and research workflows.

Battery and Power Management

• Battery Type: Built-in 99.6-watt-hour lithium-polymer battery provides computational all-day operation for mobile research and analysis workflows.
• Battery Life: Up to 21 hours video streaming and up to 14 hours wireless web browsing for extended computational use without charging.
• Power Adapter: 140W USB-C power adapter provides fast charging and sufficient power for intensive computational workflows.
• Fast Charging: Rapid charging capability reaches 50% capacity in approximately 30 minutes for quick turnaround during busy computational schedules.
• Power Efficiency: Advanced power management balances maximum workstation performance and battery life based on computational workload requirements.
• Charging Options: Multiple charging options including MagSafe 3 and Thunderbolt 5 ports provide flexibility for computational environments.
• Power Delivery: USB-C ports support power delivery for charging compatible devices during computational workflows.
• Battery Management: Intelligent battery management extends battery lifespan through optimized charging profiles and thermal management.

Professional Software and Features

• Operating System: macOS Sequoia provides computational-grade operating system with advanced security and productivity features.
• Apple Intelligence: On-device AI assistance with privacy protection for computational workflows and research communications.
• Security: Advanced security features including Touch ID, secure boot, and hardware encryption for computational data protection.
• Professional Apps: Compatibility with computational applications including machine learning frameworks, scientific computing software, and research tools.
• Productivity: Enhanced productivity features including Focus modes, Advanced Search, and intelligent document organization.
• Privacy: Privacy-first design ensures computational data remains secure with on-device processing for sensitive research information.
• Updates: Regular macOS updates provide security patches, feature improvements, and computational application compatibility.
• Enterprise: Enterprise management features for academic deployment and IT administration throughout research organizations.

Environmental and Compliance

• Materials: Constructed using recycled materials meeting international environmental regulations for responsible manufacturing.
• Energy Efficiency: ENERGY STAR certified design reduces power consumption during operation for environmental responsibility.
• Temperature: Operates reliably across 10°C to 35°C temperature range accommodating Kenya's varied research climate conditions.
• Altitude: Tested for operation up to 3,000 meters altitude accommodating Kenya's highland research locations.
• Recycling: Apple provides recycling programs for end-of-life equipment disposal throughout global markets including Kenya.
• Compliance: Meets international environmental regulations including RoHS and environmental protection standards.
• Packaging: Recyclable packaging materials reduce environmental impact during product distribution throughout Kenya.
• Carbon Neutral: Part of Apple's commitment to carbon neutrality across manufacturing and product lifecycle.

Package Contents

1. MacBook Pro M4 Max 16-inch laptop with maximum workstation performance and Apple Intelligence integration.
2. 140W USB-C Power Adapter with regional power cord for Kenya's power outlets.
3. USB-C to MagSafe 3 Cable for secure magnetic charging connection.

12 Months Warranty

Available now at Mascom International - your trusted computational technology specialist in Nairobi's central business district. Experience the expansive Liquid Retina XDR display precision, test the M4 Max chip maximum workstation performance, evaluate the professional keyboard and trackpad, and explore the Apple Intelligence features firsthand at our shop located at Old Mutual Building, First Floor Room 4, Kimathi Street, or benefit from our secure countrywide delivery service with payment on arrival anywhere in Kenya. Every MacBook Pro includes 12 months comprehensive warranty, genuine Apple accessories including 140W power adapter and MagSafe 3 cable, computational setup support, and expert guidance on computational application optimization and research workflow integration for your academic success and computational excellence.

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Disclaimer: We can not guarantee that the information on this product is 100% correct

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