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• Rank
• Specs
• DxP
• DxL
•   D  
•   SP  
•   S  
•   SM  

• Rankings

  Model	Cooling	Audio
  DxBLK Pro	2nd	1st (best)
  DxRED Pro	2nd	3rd
  DxRED Legacy (prior Mac laptops)	n/a	4th
  D	4th	(no fan)
  S Pro w/ closed-screen	2nd	2nd
  S w/ closed-screen	4th	(no fan)
  S Pro w/ open-screen	1st (best)	2nd
  S w/ open-screen	3rd	(no fan)

  1st (best) is the top ranking for cooling performance with lowest/coolest laptop temperature while the cooling system is set to the highest speed, or top ranking for audio performance with lowest/quietest noise level when the cooling system is set to the lowest speed. Ranked with current generation Mac laptops.
  
  Summary
  Cooling and Audio performance rankings depend on a number of variables, including whether the laptop screen is open or closed, and the cooling system configuration.
  
  For passive cooling: All models work with a laptop’s built-in cooling system (see Laptops) and so can run with the cooling fan off for passive cooling, while the Cooling Stand model S and Cooling Dock model D offer purely silent passive cooling.
  
  For open-screen active cooling: The Cooling Stand model S Pro with the laptop screen open and the cooling system set on high-speed helps to provide the most overall cooling performance with low to moderate noise levels, and when set to low-speed helps to provide quiet cooling. The S Pro provides the best cooling with the screen open but has the flexibility to also work with the laptop screen closed in clamshell mode.
  
  For closed-screen active cooling: Running the laptop with the screen closed in clamshell mode tends to trap heat and raise temperatures. The Cooling Dock product line has been designed to help manage the extra heat of dedicated closed-screen workstations. The Dx Pro models helps to provide maximum closed-screen cooling performance with low-noise levels, while the DxBLK Pro model prioritizes low-speed audio performance for noise critical environments.

• Specifications

  Compatibility	DxBP	DxRP	DxRL	D	SP	S	SM
  designed for all laptops	yes	yes		yes	yes	yes
  MacBook Pro M1 Pro 2021+	best	yes	yes	yes	best	yes
  MacBook Pro M1 2020+	best	yes		yes	best	yes
  MacBook Pro TouchBar 2016+	best	yes		yes	best	yes
  MacBook Pro Retina 2012-15	yes	yes	best	yes	best	yes
  MacBook Pro Unibody 2008-12	(yes)	(yes)		(yes)	best	yes
  MacBook Air Apple Silicon 20+	best	yes		yes	best	yes
  MacBook Air Retina 2018-20	best	yes		yes	best	yes
  MacBook Air 2008-17	yes	yes	best	yes	best	yes
  MacBook Retina 2015-18	best	yes		yes	best	yes
  PC laptop - large/gaming	(yes)	(yes)		(yes)	yes	yes
  PC laptop - medium/standard	(yes)	(yes)		(yes)	yes	yes
  PC laptop - small/compact	(yes)	(yes)		(yes)	yes	yes
  PC laptop - ultra compact	(yes)	(yes)		(yes)	(yes)	(yes)
  iPad and tablets	yes	yes		yes
  Mac Mini 2005-20+							best
  Setup	DxBP	DxRP	DxRL	D	SP	S	SM
  laptop with screen open					best	yes
  laptop with screen closed	best	yes	yes	yes	yes	yes
  Mac Mini desktop							best
  Cooling	DxBP	DxRP	DxRL	D	SP	S	SM
  passive heat sink cooling	yes	yes	yes	best
  passive air cooling	yes	yes		yes	yes	best	yes
  active air cooling	best	yes			best
  active internal air cooling	(yes)	(yes)	(best)				best
  Airflow	DxBP	DxRP	DxRL	D	SP	S	SM
  light 0-35 CFM	on	on	on
  high 45-55 CFM					low		low
  strong 65-75 CFM					hi		hi
  Acoustics	DxBP	DxRP	DxRL	D	SP	S	SM
  ultra quiet 5-10 dBA	low
  quiet 10-15 dBA	med				low
  low 15-20 dBA	hi	med					low
  moderate 20-25 dBA			med		hi		hi
  System	DxBP	DxRP	DxRL	D	SP	S	SM
  cooling modes	1	1	1		2		2
  fan speeds	lo-md	med	med		low/hi		low/hi
  fan color	black	red	red		gray		gray
  Modularity	DxBP	DxRP	DxRL	D	SP	S	SM
  model conversions					yes	yes	yes
  modular cooling system	yes	yes	yes		yes	yes	yes
  modular speed control unit					yes		yes
  user replaceable fan	yes	yes	yes		yes		yes
  user adjustable laptop pads	yes	yes	yes	yes	yes	yes
  Availability	DxBP	DxRP	DxRL	D	SP	S	SM
  release year	2021	2021	2015	2019	2019	2019	2019
  2020 release / update month				Sept	July	July
  2021 release / update month	Oct	Oct	Oct

  (_) parenthesis indicate conditional compatibility, see product page specifications to learn more.

• Model Dx Pro

  The Cooling Dock models DxBLK Pro (DxBP), DxRED Pro (DxRP), D2n Pro (D2nP), D2 Pro (D2P) and D1 Pro (D1P) were designed with the following innovative features to deliver the best vertical closed-screen cooling performance for current generation Mac laptops, such as the new 16-inch MacBook Pro, as well as bringing universal laptop support and cooling to Mac and PC laptops:
  
  Performance - Powerful Airflow
  All models include ten side vents that drive cooling air onto the laptop’s metal enclosure at the processor location and then sends cooling airflow to the sides of the laptop enclosure. The side vents combine with cooling airflow from a lower vent that drives cooling air at the laptop’s central processor location and then sends air upward along the laptop enclosure. The lower vent also helps to drive cooling air into laptop models with a central intake vent along the bottom screen hinge, such as with 2021+ M1 Pro Apple Silicon MacBook Pro models. The combined airflow generates significant cooling without high noise levels. Typical laptop cooling devices do not deliver high cooling without also generating high noise levels.
  
  Performance - Directed Airflow
  Raised laptop pads on the leaning vertical face allow for more effective airflow. The pad design and placement works with the ten side vents and single bottom center vent to direct airflow for optimal cooling, as well as house a laptop temperature sensor in DxBLK Pro, D2n Pro and D2 Pro models. Pad size is minimized to reduce contact area on the laptop, reduce heat trap and maximize cooling. The managed airflow helps generate more efficient and quieter cooling. Typical laptop cooling devices do not manage airflow with low noise levels.
  
  Performance - Heat Sink Cooling
  Locating the cooling vents along the side edges of the Cooling Dock’s interior air chamber generates maximum cooling airflow while leaving the center portion of the 1.8 pound aluminum heat sink solid to better absorb heat from the laptop processors. Typical laptop cooling devices are made of plastic or thin metal and do not provide heat sink cooling directly at processor location.
  
  Performance - Fan Screen
  Design extends the fan screen out away from the fan intake and uses a more open screen pattern for higher airflow with minimal noise generation. Typical laptop cooling devices place a fan screen right against the fan, and use high-surface area screens, which results in reduced airflow and increased noise.
  
  Performance - Fan Unit
  Use of a high-quality and thick fan with long bearing life. This single fan configuration efficiently generates more cooling power with less noise, and for this particular application the smaller fan size more effectively builds pressure to push cooling air through the exhaust vents. Typical laptop cooling devices use a cheap and thin fan, and when multiple fans are used, the system often creates inefficient air turbulence with compounding noise levels.
  
  Performance - Fan Power
  Use of 12-volt fan with wall outlet power supply for more power and more cooling performance. Typical cooling devices use 5-volt power and often pull power from the laptop’s USB port, which not only results in reduced cooling power, but results in additional heat generation within the laptop to supply power to the fan, and when maxing out laptop systems, can result in processor power throttling, which in turn leads to reduced performance.
  
  Performance - User Control
  The DxBLK Pro cooling system uses an ultra-quiet, variable-speed and pressure optimized Arctic fan with external thermistor located in the top right laptop pad that measures the laptop’s enclosure temperature to automatically adjusts fan speed from approximately 500 up to 600 RPM at 86F (30C) and then up to 3000 RPM at 108F (42C). The DxRED Pro cooling system uses a single-speed SilenX fan that runs at approximately 1700 RPM for a balance of audio performance at 17 dBA and airflow at 30 CFM. The fan has 7 red blades with a long life ball bearing. A manual latching on/off power switch allows the power supply to be plugged into a user provided smart home / Apple HomeKit plug adapter to wirelessly control on/off operation or set an on/off operation schedule. Typical laptop cooling devices do not bring this level of refinement and consideration for cooling and audio performance.
  
  Performance - Modularity
  The DxBLK and DxRED Pro cooling systems use a modular cooling system that allows for exchanging cooling systems, easier servicing and maintenance, as well a standard fan connector for easily changing or replacing fans. Typical laptop cooling devices do not offer modular cooling systems, 2/3/4-pin fan snap connectors for quick fan exchange, or full right-to-repair access.
  
  Workstation - Leaning Support
  Design uses a leaning support system to accommodate a wide range of laptop models and thicknesses, as well as provide for an easier clamshell mode setup process. The laptop can sit safely within the dock’s padded cradle and stay connected to cables when opening the laptop’s display to automatically start current generation Mac laptops or accessing the power button on older generation Mac laptops. This helps to avoid awkward handling and risking a laptop drop. Typical vertical closed-screen laptop stands require the user to hold and balance the laptop in hand while connected to cables during clamshell setup.
  
  Workstation - Flexible Laptop Support System
  High-grip non-slip pads are used throughout the product. A user installed laptop retention pad locks the laptop in place, and three pads are included for reinstallation and use with a laptop of different thickness. A top layer of 1/16” padding on the vertical leaning pads is user removable to help accommodate thicker laptops. Typical vertical closed-screen laptop stands do not accommodate a wire variety of laptop models and thicknesses.
  
  Workstation - Desktop Space
  Designed with a compact pyramid shape with high-density mass increases stability and frees up desktop space. The dock’s dimensions are careful set to work with Mac laptop vent locations and for support stability. The bottom of the dock includes two threaded holes for securing to a media cart or workstation theft prevention. Typical vertical closed-screen laptop stands have a larger footprint and cannot be secured in place.
  
  Quality - Materials
  Designed and made with high-quality materials to provide a solid support with extra strength and durability. The dock is milled from 6061 aluminum, then anodized to provide exceptional strength and a Made for Mac aesthetic. Typical vertical closed-screen laptop stands lack the same level of material quality and ability to support larger laptops.
  
  Quality - Made with Care
  Designed and made locally with care for the intention of lasting 100 years. This care can be found in the high-quality metal materials, local manufacturing, and personal customer service. Typical vertical closed-screen laptop stands do not go to all of this effort, which can compromise performance, quality, durability, people and planet.

• Model Dx Legacy

  The Cooling Dock model DxRED Legacy (DxRL) was designed with the following innovative features to become the ultimate cooling solution specifically for prior generation Retina MacBook Pro and pre-Retina MacBook Air laptops:
  
  Performance - Direct Internal Cooling
  Design drives cooling air directly onto internal components and processors for instant and dramatic cooling, as well as helping to flush out hot air from the system. A raised lip edge creates an air-sealed connection with a compatible laptop’s intake vent, while an adjustable pad pushes the laptop against the raised lip edge for a tighter seal. A cooling fan creates a pressurized air chamber within the dock, which then pushes cooling air through the laptop vent for internal laptop cooling and to flush out hot air through the laptop’s unrestricted exhaust vents. Typical laptop cooling devices do not directly cool internal components.
  
  Performance - Fan Screen
  Design extends the fan screen out away from the fan intake and uses a more open screen pattern for higher airflow with minimal noise generation. Typical laptop cooling devices place a fan screen right against the fan, and use high-surface area screens, which results in reduced airflow and increased noise.
  
  Performance - Fan Unit
  Use of a high-quality and thick fan with long bearing life. This single fan configuration efficiently generates more cooling power with less noise, and for this particular application the smaller fan size more effectively builds the required air pressure to push cooling air through the laptop’s intake vent. Typical laptop cooling devices use one or more cheap and thin fan, and when multiple fans are used, the system often creates inefficient air turbulence with compounding noise levels.
  
  Performance - Fan Power
  Use of 12-volt fan with wall outlet power supply for more power and more cooling performance. Typical cooling devices use 5-volt power and often pull power from the laptop’s USB port, which not only results in reduced cooling power, but results in additional heat generation within the laptop to supply power to the fan, and when maxing out laptop systems, can result in processor power throttling, which in turn leads to reduced performance.
  
  Performance - User Control
  The DxRED Legacy cooling system uses a single-speed SilenX fan that runs at approximately 1700 RPM for a balance of audio performance at 17 dBA and airflow at 30 CFM. The fan has 7 red blades with a long life ball bearing. Typical laptop cooling devices do not bring this level of refinement and consideration for cooling and audio performance.
  
  Performance - Modularity
  The DxRED Legacy cooling systems use a modular cooling system that allows for exchanging cooling systems (only DxRED systems), easier servicing and maintenance, as well a standard fan connector for easily changing or replacing fans. Typical laptop cooling devices do not offer modular cooling systems, 2/3/4-pin fan snap connectors for quick fan exchange, or full right-to-repair access.
  
  Workstation - Leaning Support
  Design uses a leaning support so that when opening the laptop display to access the power button or Apple Touch ID the laptop can sit within the dock’s cradle and stay connected to cables. The leaning configuration and adjustable pad help to accommodate a wide variety of laptop models and sizes. Typical vertical closed-screen laptop stands require the user to hold and balance the laptop in hand while connected to cables if they need to power on the laptop or access Touch ID.
  
  Workstation - Desktop Space
  Designed with a compact pyramid shape and high-density mass for increased stability and smaller desktop footprint. The dock’s dimensions are set for compatibility with laptop vent locations and for leaning support stability. The bottom of the dock includes two threaded holes for securing to a media cart or workstation. Typical vertical closed-screen laptop stands have a larger footprint and cannot be secured in place.
  
  Quality - Materials
  Designed and made with high-quality materials to provide a solid support with extra strength and durability. The dock is milled from 6061 aluminum, then anodized to provide exceptional strength and Made for Mac aesthetics. Typical vertical closed-screen laptop stands lack the same level of material quality and ability to support larger laptops.
  
  Quality - Made with Care
  Designed and made locally with care for the intention of lasting 100 years. This care can be found in the high-quality metal materials, local manufacturing, and personal customer service. Typical vertical closed-screen laptop stands do not go to all of this effort, which can compromise performance, quality, durability, people and planet.

• Model D

  The Cooling Dock model D was designed with the following innovative features to become the ultimate silent vertical closed-screen passive cooling solution for current generation Mac laptops like the 16-inch MacBook Pro, as well as the industry-leading vertical closed-screen accessory for all Mac and PC laptops:
  
  Performance - Passive Cooling
  Design uses a sculpted 3.3 pound aluminum heat sink to pull heat from the laptop, and facilitates natural cooling airflows to silently and passively cool the laptop. The large aluminum heat sink sits next to laptop processors to extract heat through the laptop’s metal enclosure. An air hole through the aluminum heat sink channels air currents from behind the dock and up between the dock and laptop. The narrow padding creates a larger central open air channel for hot air to exhaust out the top and pull cool air from below through the hole in the aluminum heat sink. The passive cooling system works with the laptop’s built in cooling system to silently help cool the laptop. Typical vertical closed-screen laptop stands do not encourage passive cooling performance, and instead often inhibit passive cooling and/or block laptop vents.
  
  Workstation - Leaning Support
  Design uses a leaning support so that when opening the laptop display to access the power button or Apple Touch ID the laptop can sit within the dock’s cradle and stay connected to cables. The leaning configuration also helps to accommodate a wide variety of laptop models and sizes. The model D includes a steeper angle laptop support shelf and grippy non-slip padding to accommodate an even wider range of devices. An optional user installed laptop stop pad locks laptop in place. Typical vertical closed-screen laptop stands require the user to hold and balance the laptop in hand while connected to cables if they need to power on the laptop or access Touch ID. They also tend to support a more limited range of devices.
  
  Workstation - Desktop Space
  Designed with a compact pyramid shape and high-density mass for increased stability and smaller desktop footprint. The dock’s dimensions are set for compatibility with laptop vent locations and for leaning support stability. The bottom of the dock includes two threaded holes for securing to a media cart or workstation. Typical vertical closed-screen laptop stands have a larger footprint and cannot be secured in place.
  
  Quality - Materials
  Designed and made with high-quality materials to provide a solid support with extra strength and durability. The dock is milled from 6061 aluminum, then anodized to provide exceptional strength and Made for Mac aesthetics. Typical vertical closed-screen laptop stands lack the same level of material quality and ability to support larger laptops.
  
  Quality - Made with Care
  Designed and made locally with care for the intention of lasting 100 years. This care can be found in the high-quality metal materials, local manufacturing, and personal customer service. Typical vertical closed-screen laptop stands do not go to all of this effort, which can compromise performance, quality, durability, people and planet.

• Model S Pro

  The Cooling Stand model S Pro (SP) was designed with the following innovative features to become the ultimate active cooling solution and stand for current generation Mac laptops like the 16-inch MacBook Pro, as well as the industry-leading cooling solution for all Mac and PC laptops:
  
  Performance - Directed Airflow
  Design directs fan airflow for optimal passive and active air cooling performance. Once the cooling air leaves the fan, it is initially directed by the laptop’s raised angle that sends the majority of the cooling air towards the back of the laptop to cool processors and to then exhaust hot air away from SVALT’s cooling fan intake and the laptop’s intake vents. This directed airflow not only results in improved initial cooling, but it also avoids hot air recycling. Next the support arms use an upward and outward angle to direct the air upwards at the laptop’s underside surface and outwards to the laptop’s back. The Cooling Stand includes new laptop support arms and adjustable laptop pads that shift the laptop position forward, have 77% larger air channel cutouts for improved cooling airflow along the surface of the laptop’s aluminum enclosure, and use adjustable padding for a tailored laptop fit that only covers 0.1% of a 16-inch MacBook Pro’s bottom surface area, which leaves 99.9% of the laptop’s aluminum enclosure exposed for improved heat extraction and help the Cooling Stand exceed its previous unmatched levels of cooling performance. Typical laptop cooling devices do not direct ether passive or active cooling airflow for efficient and quiet cooling, and often create inefficient air turbulence along with hot air recycling, which results in reduced cooling and additional noise. They often also cover up all or a larger percentage of the laptop’s bottom surface, which reduces cooling efficiency.
  
  Performance - Open Space
  Design creates 1-3 inches of open space above the fan and 2.5 inches of open space below the fan. This open space allows the fan to operate without lost performance or the generation of additional noise. Typical laptop cooling devices provide little to no open space above or below fans, which stalls out the fan resulting in reduced performance and increased noise.
  
  Performance - Fan Screen
  Use of a fan screen with maximum open space and a smooth round structure for higher airflow with minimal noise generation. The fan screen is also raised above and below the fan with a 3/16 inch gasket so that air moving through the fan does not hit the guard when at maximum velocity, which further increases airflow efficiency and decreases noise. Typical laptop cooling devices place fan screens right against the fan, and use high-surface area screens, which results in reduced airflow and increased noise.
  
  Performance - Fan Unit
  Use of a high-quality, large and thick fan with long bearing life. This single fan configuration efficiently generates more cooling power with less noise. A bolted/snapped modular system also allows the user to install a different fan per their preferences and cooling system requirements. Typical laptop cooling devices use one or more cheap, small and thin fan, and when multiple fans are used, the system often creates inefficient air turbulence with compounding noise levels.
  
  Performance - Fan Power
  Use of 12-volt fan with wall outlet power supply for more power and more cooling performance. Typical cooling devices use 5-volt power and often pull power from the laptop’s USB port, which not only results in reduced cooling power, but results in additional heat generation within the laptop to supply power to the fan, and when maxing out laptop systems, can result in processor power throttling, which in turn leads to reduced performance.
  
  Performance - User Control
  Designed to provide an effective and simple to operate speed-control interface. Extensive research and testing was performed with a variety of fans at different speeds to create a speed control systems that meets cooling and audio performance requirements. A front user facing push button switches the system between 1) off for silent passive cooling, 2) low for standard all-day cooling and 3) high for when maximum cooling is needed during intensive tasks. A bolted/snapped modular system also allows the user to install a different fan per their preferences and cooling system requirements, as well as installing a new speed-control cooling system if SVALT were to release a different system in the future. Typical laptop cooling devices do not bring this level of refinement and consideration for cooling and audio performance, much less include top-spec components with the ability for component changes and upgrades.
  
  Workstation - Raised Height
  Design elevates laptop display approximately eight inches above a work surface, which brings the display closer to eye level for improved screen viewing ergonomics with less neck / back strain and improved workstation productivity. This higher display height also helps to align the laptop display with an external display. Typical laptop cooling devices and/or stands raise laptop one to six inches, which does not bring the center of the screen to sitting or standing eye level.
  
  Workstation - Leveled Stability
  Design includes four adjustable height feet, one at each corner, for leveling out uneven work surfaces and creating a more stable laptop support. The adjustable feet are integrated into the base support that includes additional non-slip pads so the adjustable feet do not need to be deployed if working on a level surface, or can be removed in order to secure the base to a media cart or workstation. Typical laptop cooling devices and/or stands lack adjustable height feet which compromises stability when working on a desk that isn't perfectly level, and do not offer the ability to secure the device in place.
  
  Workstation - Hidden Clutter
  Design hides cable / cord clutter and can hide user accessories, such as hard drives and docking stations per product specification requirements. A solid front panel screens cables and other items from forward view, while cable straps along the support arms hide cable routing, as well as hold cable ends in place of quicker laptop setup. Typical laptop cooling devices and/or stands do not hide cables and users accessories, or ease the setup process.
  
  Quality - Materials
  Designed and made with high-quality materials for rigid no-bounce laptop support with extra strength and durability. The base is milled and formed from quarter inch thick 6061 aluminum, then anodized to provide exceptional support strength and Made for Mac aesthetics. The arms are cut and formed from heavy gauge steel with a beam design to create an exceptionally rigid laptop support. The cooler support frame is also cut and formed from heavy gauge steel, which provides a strong support for the S Mini configuration. The cooling system’s pushbutton switch is milled form 6061 aluminum and anodized with heavy spring action for a satisfying click interface. Typical laptop cooling devices and/or stands are made from plastic or thin metal, lack a high-level of material quality and durability, bounce when typing, and cannot rigidly support large PC gaming laptops.
  
  Quality - Modular System
  Designed from the ground up to be a modular system for increased product flexibility and longevity. The modular system uses top-spec components with bolted and snapped connections for easy non-destructive disassembly. This modular system allows users to easily convert their model into one of the other two model configurations. It also allows users to change the fan per their preferences and per cooling system requirements, or to work with SVALT on servicing components, either by sending the component in for serving, installing a replacement provided by SVALT, or performing DIY serving. Typical laptop cooling devices and/or stands are not designed for modularity and so lack workstation flexibility. They also do not use top-spec modular components, and when a component failure occurs, repair will be more difficult or impossible.
  
  Quality - Made with Care
  Designed and made locally with care for the intention of lasting 100 years. This care can be found in the modular system, high-quality metal materials, top-spec components, user upgradeability and repairability, local manufacturing, and personal customer service. We’ve even designed the packaging so that the customer can use the same packaging with any Cooling Stand model configuration. We also used post-consumer recycled packaging materials that can be recycled at end of lifecycle, and designed the product packaging so that an outer shipping box with additional interior cushioning is not required when shipping. Typical laptop cooling devices and/or stands do not go to all of this effort, which can compromise performance, quality, durability, people and planet.

• Model S

  The Cooling Stand model S (S) was designed with the following innovative features to become the ultimate passive cooling stand for current generation Mac laptops like the 16-inch MacBook Pro, as well as the industry-leading stand for all Mac and PC laptops:
  
  Performance - Passive Cooling
  Design facilitates natural cooling airflows that silently and passively cools the laptop. A large open space under the laptop allows for cooling air to freely circulate, while the laptop’s upward angle helps exhaust hot air out the back and pull cool air from the front and sides. The support arms use an upward and outward angle to direct airflow upwards at the laptop’s underside surface and outwards to the laptop’s back. The Cooling Stand includes new laptop support arms and adjustable laptop pads that shift the laptop position forward, have 77% larger air channel cutouts for improved cooling airflow along the surface of the laptop’s aluminum enclosure, and use adjustable padding for a tailored laptop fit that only covers 0.1% of a 16-inch MacBook Pro’s bottom surface area, which leaves 99.9% of the laptop’s aluminum enclosure exposed for improved heat extraction and help the Cooling Stand exceed its previous unmatched levels of cooling performance. Typical laptop stands do not aid passive cooling, and instead often inhibit passive cooling.
  
  Performance - Active Cooling
  Design uses a modular system that allows user to purchase and install an active cooling system to convert their S model into a S Pro model. Typical laptop stands do not offer modular flexibility and active cooling upgrades.
  
  Workstation - Raised Height
  Design elevates laptop display approximately eight inches above a work surface, which brings the display closer to eye level for improved screen viewing ergonomics with less neck / back strain and improved workstation productivity. This higher display height also helps to align the laptop display with an external display. Typical laptop stands raise laptop one to six inches, which does not bring the center of the screen to sitting or standing eye level.
  
  Workstation - Leveled Stability
  Design includes four adjustable height feet, one at each corner, for leveling out uneven work surfaces and creating a more stable laptop support. The adjustable feet are integrated into the base support that includes additional non-slip pads so the adjustable feet do not need to be deployed if working on a level surface, or can be removed in order to secure the base to a media cart or workstation. Typical laptop stands lack adjustable height feet which compromises stability when working on a desk that isn't perfectly level, and do not offer the ability to secure the device in place.
  
  Workstation - Hidden Clutter
  Design hides cable / cord clutter and can hide user accessories, such as hard drives and docking stations per product specification requirements. A solid front panel screens cables and other items from forward view, while cable straps along the support arms hide cable routing, as well as hold cable ends in place of quicker laptop setup. Typical laptop stands do not hide cables and users accessories, or ease the setup process.
  
  Quality - Materials
  Designed and made with high-quality materials for rigid no-bounce laptop support with extra strength and durability. The base is milled and formed from quarter inch thick 6061 aluminum, then anodized to provide exceptional support strength and Made for Mac aesthetics. The arms are cut and formed from heavy gauge steel with a beam design to create an exceptionally rigid laptop support. The cooler support frame is also cut and formed from heavy gauge steel, which provides a strong support for the S Mini configuration. The cooling system’s pushbutton switch is milled form 6061 aluminum and anodized with heavy spring action for a satisfying click interface. Typical laptop stands are made from plastic or thin metal, lack a high-level of material quality and durability, bounce when typing, and cannot rigidly support large PC gaming laptops.
  
  Quality - Modular System
  Designed from the ground up to be a modular system for increased product flexibility and longevity. The modular system uses top-spec components with bolted and snapped connections for easy non-destructive disassembly. This modular system allows users to easily convert their model into one of the other two model configurations. It also allows users to change the fan per their preferences and per cooling system requirements, or to work with SVALT on servicing components, either by sending the component in for serving, installing a replacement provided by SVALT, or performing DIY serving. Typical laptop stands are not designed for modularity and so lack workstation flexibility. They also do not use top-spec modular components, and when a component failure occurs, repair will be more difficult or impossible.
  
  Quality - Made with Care
  Designed and made locally with care for the intention of lasting 100 years. This care can be found in the modular system, high-quality metal materials, top-spec components, user upgradeability and repairability, local manufacturing, and personal customer service. We’ve even designed the packaging so that the customer can use the same packaging with any Cooling Stand model configuration. We also used post-consumer recycled packaging materials that can be recycled at end of lifecycle, and designed the product packaging so that an outer shipping box with additional interior cushioning is not required when shipping. Typical laptop stands do not go to all of this effort, which can compromise performance, quality, durability, people and planet.

• Model S Mini

  The Cooling Stand model S Mini (SM) was designed with the following innovative features to bring the Pro to the Mac Mini with the ultimate active cooling solution and stand for all Mac Minis:
  
  Performance - Direct Internal Cooling
  Design cools a Mac Mini with or without the Mac Mini’s bottom cover removed. With the bottom cover in place, the upper level of support pads elevate the Mac Mini above the fan so that cooling air flows around the bottom and sides of the Mac Mini’s metal enclosure. With the bottom cover removed, the two levels of pads lock the Mac Mini in place with the Mac Mini’s opening centered directly over the fan. This coupling allows the fan to drive cooling air directly onto components for instant and dramatic cooling, as well as helping to flush out hot air from the system. Typical cooling devices do not directly cool internal components.
  
  Performance - Open Space
  Design creates 2.5 inches of open space below the fan. This open space helps the fan to operate without lost performance or the generation of additional noise. While having open space above the fan would also help with airflow and noise levels, the open space below the fan plays a more significant role in the fans efficiency and noise generation. In addition, by coupling the Mac Mini directly onto the top of the fan, an even higher cooling performance can be achieved by building pressure that flushes out hot air from within the Mac Mini enclosure. Typical cooling devices provide little to no open space below fans, which stalls out the fan resulting in reduced performance and increased noise.
  
  Performance - Fan Screen
  Use of a fan screen with maximum open space and a smooth round structure for higher airflow with minimal noise generation. The fan screen is also raised above and below the fan with a 3/16 inch gasket so that air moving through the fan does not hit the guard when at maximum velocity, which further increases airflow efficiency and decreases noise. Typical cooling devices place fan screens right against the fan, and use high-surface area screens, which results in reduced airflow and increased noise.
  
  Performance - Fan Unit
  Use of a high-quality, large and thick fan with long bearing life. This single fan configuration efficiently generates more cooling power with less noise. A bolted/snapped modular system also allows the user to install a different fan per their preferences and cooling system requirements. Typical cooling devices use one or more cheap, small and thin fan, and when multiple fans are used, the system often creates inefficient air turbulence with compounding noise levels.
  
  Performance - Fan Power
  Use of 12-volt fan with wall outlet power supply for more power and more cooling performance. Typical cooling devices use 5-volt power and often pull power from the computer’s USB port, which not only results in reduced cooling power, but results in additional heat generation within the computer to supply power for the fan, and when maxing out computer systems, can result in processor power throttling, which in turn leads to reduced performance.
  
  Performance - User Control
  Designed to provide an effective and simple to operate speed-control interface. Extensive research and testing was performed with a variety of fans at different speeds to create a speed control systems that meets cooling and audio performance requirements. A front user facing push button switches the system between 1) off for silent passive cooling, 2) low for standard all-day cooling and 3) high for when maximum cooling is needed during intensive tasks. A bolted/snapped modular system also allows the user to install a different fan per their preferences and cooling system requirements, as well as installing a new speed-control cooling system if SVALT were to release a different system in the future. Typical cooling devices do not bring this level of refinement and consideration for cooling and audio performance, much less include top-spec components with the ability for component changes and upgrades.
  
  Workstation - Leveled Stability
  Design includes four adjustable height feet, one at each corner, for leveling out uneven work surfaces and creating a more stable Mac Mini support. The adjustable feet are integrated into the base support that includes additional non-slip pads so the adjustable feet do not need to be deployed if working on a level surface, or can be removed in order to secure the base to a media cart or workstation. Typical cooling devices and/or stands lack adjustable height feet which compromises stability when working on a desk that isn't perfectly level, and do not offer the ability to secure the device in place.
  
  Workstation - Hidden Clutter
  Design hides cable / cord clutter and can hide user accessories, such as hard drives and docking stations per product specification requirements. A solid front panel screens cables and other items from forward view. Typical cooling devices and/or stands do not hide cables and users accessories.
  
  Quality - Materials
  Designed and made with high-quality materials for rigid support with extra strength and durability. The base is milled and formed from quarter inch thick 6061 aluminum, then anodized to provide exceptional support strength and Made for Mac aesthetics. The cooler support frame is cut and formed from heavy gauge steel, which provides a strong support for the Mac Mini. The cooling system’s pushbutton switch is milled form 6061 aluminum and anodized with heavy spring action for a satisfying click interface. Typical cooling devices and/or stands are made from plastic or thin metal, lack the same level of material quality and durability.
  
  Quality - Modular System
  Designed from the ground up to be a modular system for increased product flexibility and longevity. The modular system uses top-spec components with bolted and snapped connections for easy non-destructive disassembly. This modular system allows users to easily convert their model into one of the other two model configurations. It also allows users to change the fan per their preferences and per cooling system requirements, or to work with SVALT on servicing components, either by sending the component in for serving, installing a replacement provided by SVALT, or performing DIY serving. Typical cooling devices and/or stands are not designed for modularity and so lack workstation flexibility. They also do not use top-spec modular components, and when a component failure occurs, repair will be more difficult or impossible.
  
  Quality - Made with Care
  Designed and made locally with care for the intention of lasting 100 years. This care can be found in the modular system, high-quality metal materials, top-spec components, user upgradeability and repairability, local manufacturing, and personal customer service. We’ve even designed the packaging so that the customer can use the same packaging with any Cooling Stand model configuration. We also used post-consumer recycled packaging materials that can be recycled at end of lifecycle, and designed the product packaging so that an outer shipping box with additional interior cushioning is not required when shipping. Typical cooling devices and/or stands do not go to all of this effort, which can compromise performance, quality, durability, people and planet.