The delayed response between a PlayStation 4 controller and an Android machine is a standard challenge impacting gameplay. This enter latency manifests as a noticeable delay between a button press on the controller and the corresponding motion occurring throughout the Android utility. As an illustration, a participant may press the bounce button on the controller, however the character within the sport solely jumps a fraction of a second later.
Addressing this latency is important for sustaining responsiveness and enhancing the consumer expertise in gaming and different interactive functions. Traditionally, Bluetooth connectivity has launched potential sources of delay attributable to its inherent communication overhead. Minimizing this delay interprets to a extra exact and pleasing consumer expertise, fostering higher engagement with the applying.
The next sections will delve into the potential causes of this enter lag, discover troubleshooting steps, and talk about obtainable options to mitigate its results. These options vary from optimizing machine settings to using different connectivity strategies.
1. Bluetooth Interference
Bluetooth interference is a major contributor to enter latency skilled when utilizing a PlayStation 4 controller with an Android machine. The two.4 GHz frequency band, utilized by Bluetooth, can be generally utilized by Wi-Fi, microwaves, and different wi-fi gadgets. Concurrent operation of those gadgets can create sign congestion and compromise the steadiness and velocity of the Bluetooth connection between the controller and the Android machine. This ends in delayed or dropped enter indicators, that are perceived as lag. For instance, a consumer could also be enjoying a racing sport the place exact steering is essential; interference inflicting even a momentary interruption in sign transmission can result in a missed flip or crash.
The impression of Bluetooth interference is additional amplified by distance and bodily obstructions. Elevated distance between the controller and the Android machine weakens the Bluetooth sign, making it extra prone to disruption. Equally, partitions and different stable objects can attenuate the sign, rising the chance of interference-induced latency. The presence of quite a few energetic Bluetooth gadgets in shut proximity additional exacerbates the issue. Take into account a situation the place a consumer is gaming in a room with energetic Bluetooth headphones, a wi-fi mouse, and a sensible TV; the mixture sign interference may end up in a considerably degraded controller expertise.
Mitigating Bluetooth interference requires cautious consideration of the encompassing setting. Lowering the variety of energetic gadgets working on the two.4 GHz frequency band, minimizing the gap between the controller and the Android machine, and guaranteeing a transparent line of sight can considerably scale back enter latency. Alternatively, using a wired connection, the place potential, bypasses the complexities of Bluetooth communication altogether, offering a extra steady and responsive expertise. Figuring out and addressing sources of Bluetooth interference is, subsequently, vital in attaining optimum efficiency when utilizing a PlayStation 4 controller with an Android machine.
2. Controller Firmware
Controller firmware, the embedded software program governing the operation of the PlayStation 4 controller, performs a vital function in its compatibility and efficiency when paired with Android gadgets. Outdated or improperly configured firmware can considerably contribute to enter latency, generally skilled as “ps4 controller android lag”. The firmware dictates how the controller communicates with the Android system, handles enter processing, and manages energy consumption; subsequently, sustaining an up-to-date and optimized firmware model is important for a responsive gaming expertise.
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Communication Protocol Effectivity
Firmware variations dictate the effectivity of the communication protocol employed between the controller and the Android machine. Older firmware might make the most of much less optimized protocols, resulting in elevated latency throughout knowledge transmission. For instance, firmware using older Bluetooth requirements might exhibit slower connection institution and knowledge switch charges in comparison with these using newer Bluetooth iterations. This instantly impacts the responsiveness of button presses and joystick actions, leading to noticeable lag in gameplay.
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Enter Processing Algorithms
The algorithms throughout the controller firmware liable for processing enter knowledge can even have an effect on latency. Inefficient algorithms might introduce delays in deciphering and transmitting button presses and analog stick actions. Take into account a situation the place the firmware employs extreme smoothing or filtering of enter knowledge; this could inadvertently introduce a delay between the consumer’s motion and the corresponding sign despatched to the Android machine. Optimized firmware will decrease processing overhead, guaranteeing fast and correct enter sign transmission.
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Energy Administration Optimization
Firmware additionally manages the controller’s energy consumption. Insufficient energy administration can result in efficiency throttling, particularly when the battery is low. As an illustration, if the firmware reduces the controller’s processing velocity to preserve battery life, it may possibly negatively impression enter latency. Optimized firmware balances energy consumption with efficiency, guaranteeing constant responsiveness even underneath low battery situations.
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Bug Fixes and Compatibility Updates
Firmware updates continuously embrace bug fixes and compatibility enhancements that deal with identified points associated to controller efficiency on completely different platforms. These updates can resolve particular points that contribute to lag on Android gadgets. As an illustration, a firmware replace may repair a bug that precipitated intermittent disconnections or enter delays when the controller was paired with sure Android gadgets. Preserving the controller firmware up-to-date ensures that the machine advantages from the most recent optimizations and bug fixes, decreasing the chance of experiencing enter lag.
The firmware of a PlayStation 4 controller is a vital determinant of its efficiency on Android gadgets. By optimizing communication protocols, enter processing algorithms, energy administration, and addressing bugs by common updates, firmware enhancements instantly fight “ps4 controller android lag”. Making certain that the controller operates on the most recent, steady firmware is a elementary step in the direction of attaining a easy and responsive gaming expertise.
3. Android Model
The Android working system model considerably influences the presence and severity of enter latency, generally generally known as “ps4 controller android lag,” when utilizing a PlayStation 4 controller with an Android machine. Working system variations dictate the underlying Bluetooth stack, enter processing capabilities, and useful resource administration, all of which contribute to the perceived responsiveness of the controller.
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Bluetooth Stack Implementation
Totally different Android variations implement various Bluetooth stacks, the software program part liable for managing Bluetooth connections. Older Android variations might make the most of much less environment friendly Bluetooth stacks, leading to elevated latency and potential connection instability. For instance, Android variations prior to five.0 (Lollipop) usually exhibited increased latency in comparison with newer variations attributable to much less optimized Bluetooth protocols. Conversely, newer Android variations incorporate up to date Bluetooth requirements, equivalent to Bluetooth Low Vitality (BLE), which might provide diminished latency and improved energy effectivity. This instantly impacts the velocity and reliability of knowledge transmission between the controller and the Android machine, instantly influencing the extent of enter lag.
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Enter Processing and Dealing with
The best way an Android model handles enter occasions additionally impacts latency. Older variations might have much less environment friendly enter processing mechanisms, resulting in delays in registering and deciphering controller inputs. That is usually because of the working system’s structure or limitations within the enter framework. As an illustration, sure Android variations might exhibit enter buffering points, the place inputs are queued earlier than being processed, leading to a noticeable delay. Newer Android variations, then again, usually characteristic optimized enter dealing with routines that decrease latency and supply a extra responsive consumer expertise.
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Useful resource Administration and Background Processes
Android’s useful resource administration performs a vital function in sustaining constant controller efficiency. Older Android variations usually have much less refined useful resource administration capabilities, resulting in efficiency bottlenecks when background processes eat extreme system sources. This may end up in elevated latency because the working system struggles to allocate ample sources to deal with controller inputs. Newer Android variations characteristic improved useful resource administration methods, equivalent to Doze mode and App Standby, which decrease background exercise and prioritize foreground functions, guaranteeing smoother controller efficiency and diminished lag.
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Driver and Compatibility Assist
Android variations usually embrace various ranges of driver assist and compatibility for various controllers. Older variations might lack native assist for the PlayStation 4 controller, requiring the usage of third-party drivers or compatibility layers, which might introduce extra latency. Newer Android variations usually provide higher native assist for well-liked controllers, eliminating the necessity for exterior drivers and decreasing the potential for enter lag. Moreover, compatibility updates inside newer Android variations can deal with particular points associated to controller efficiency, additional minimizing latency and bettering general responsiveness.
In conclusion, the Android model employed instantly correlates with the diploma of “ps4 controller android lag” skilled. Enhanced Bluetooth stacks, environment friendly enter processing, refined useful resource administration, and complete driver assist in up to date Android iterations collectively contribute to diminished latency and a extra responsive gaming expertise, substantiating the vital function of the working system in mitigating this challenge.
4. Utility Optimization
Utility optimization instantly impacts enter latency, generally known as “ps4 controller android lag,” when utilizing a PlayStation 4 controller with an Android machine. Inefficiently coded or poorly optimized functions can introduce processing bottlenecks that contribute to noticeable delays between controller inputs and on-screen actions. This connection necessitates an intensive understanding of how functions handle sources and deal with controller inputs.
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Enter Dealing with Effectivity
The effectivity with which an utility processes controller enter occasions is vital. Purposes using poorly optimized enter dealing with routines can introduce delays in deciphering and responding to button presses or analog stick actions. For instance, an utility that performs pointless computations or advanced knowledge transformations upon receiving controller enter will doubtless exhibit increased latency. Video games requiring fast responses, equivalent to combating or racing simulations, are significantly prone to such a lag. Environment friendly functions make the most of streamlined enter processing strategies to attenuate the delay between consumer motion and the corresponding in-game response. This consists of using applicable occasion listeners and avoiding blocking operations throughout the enter processing thread.
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Useful resource Administration
Utility useful resource administration considerably impacts efficiency and latency. Purposes consuming extreme CPU or reminiscence sources can impede the responsiveness of the complete system, together with controller enter. As an illustration, an utility performing intensive background duties, equivalent to downloading knowledge or rendering advanced graphics, might starve the enter processing thread of sources, leading to noticeable lag. Correct useful resource administration entails minimizing background exercise, optimizing reminiscence utilization, and using asynchronous operations to stop blocking the principle thread. Video games, specifically, must be optimized to effectively render graphics and handle sport logic with out overburdening the system.
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Rendering Pipeline Optimization
The rendering pipeline, the sequence of steps concerned in producing and displaying visible content material, can introduce latency if not correctly optimized. Inefficient rendering methods, equivalent to extreme overdraw or the usage of unoptimized shaders, can result in body fee drops and elevated enter lag. Take into account a sport using advanced visible results or high-resolution textures with out satisfactory optimization; this may end up in the rendering pipeline changing into a bottleneck, inflicting delays in displaying the outcomes of controller inputs. Utility optimization ought to give attention to streamlining the rendering course of, decreasing overdraw, and using optimized shaders and texture codecs to make sure easy and responsive visible suggestions.
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Compatibility and API Utilization
The applying’s compatibility with the Android system and its correct utilization of Android APIs are essential. Purposes utilizing deprecated APIs or incompatible rendering paths can expertise efficiency points that contribute to latency. For instance, an utility not using the most recent Android SDK or utilizing a rendering API that’s not well-suited for the machine’s {hardware} might exhibit elevated enter lag. Correct optimization entails guaranteeing that the applying is appropriate with the goal Android model, makes use of the suitable APIs, and adheres to greatest practices for Android growth.
These aspects of utility optimization collectively decide the extent of “ps4 controller android lag.” Purposes that prioritize environment friendly enter dealing with, useful resource administration, rendering pipeline optimization, and compatibility with the Android system will present a extra responsive and pleasing consumer expertise when paired with a PlayStation 4 controller. Conversely, poorly optimized functions will doubtless endure from noticeable enter lag, negatively impacting gameplay and general usability.
5. System processing energy
System processing energy is a vital issue influencing enter latency, a phenomenon generally acknowledged as “ps4 controller android lag,” when using a PlayStation 4 controller on an Android machine. Insufficient processing capabilities throughout the Android machine can introduce bottlenecks, leading to delayed responses to controller inputs. The central processing unit (CPU) and the graphics processing unit (GPU) are pivotal parts impacting this latency.
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CPU Processing of Enter Occasions
The CPU is liable for dealing with enter occasions obtained from the PlayStation 4 controller. When the CPU lacks ample processing energy, it might battle to rapidly course of and interpret controller inputs, resulting in a perceptible delay. As an illustration, a resource-intensive utility or sport operating on a tool with a low-end CPU might expertise important enter lag because the CPU prioritizes different duties over processing controller knowledge. This manifests as a delayed response to button presses or analog stick actions. A sensible instance is trying to play a graphically demanding sport on an older Android machine; the CPU could also be unable to maintain up with each sport logic and enter processing, leading to sluggish controller responsiveness.
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GPU Rendering of Visible Suggestions
The GPU handles the rendering of visible suggestions in response to controller inputs. An underpowered GPU can battle to render frames rapidly sufficient to keep up a easy and responsive gaming expertise, exacerbating enter lag. A weak GPU might lead to low body charges and stuttering, creating the phantasm of elevated latency between controller actions and on-screen reactions. For instance, urgent a button to leap in a sport might lead to a noticeable delay earlier than the bounce animation is displayed on the display screen because of the GPU’s incapacity to render the body rapidly. This challenge is especially prevalent in graphically intensive video games or functions that push the GPU’s capabilities to their limits.
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Background Processes and Multitasking
Background processes and multitasking can even eat beneficial processing sources, additional impacting enter latency. When a number of functions are operating concurrently, the CPU and GPU should divide their sources amongst these processes, doubtlessly decreasing the quantity of processing energy obtainable for dealing with controller inputs. This could result in elevated lag, particularly on gadgets with restricted processing sources. For instance, having a number of functions operating within the background whereas enjoying a sport can considerably degrade controller responsiveness because of the competing calls for on the machine’s processing energy. Closing pointless background functions can usually enhance controller efficiency by releasing up system sources.
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Thermal Throttling
Extended use of processing-intensive functions could cause the Android machine to overheat, triggering thermal throttling. Thermal throttling is a mechanism applied by the machine to stop overheating by decreasing the clock velocity of the CPU and GPU. This discount in processing velocity can instantly impression enter latency, because the machine turns into much less aware of controller inputs. For instance, after enjoying a graphically demanding sport for an prolonged interval, the machine might start to throttle its efficiency, resulting in a noticeable enhance in controller lag. Permitting the machine to chill down can restore its processing energy and scale back enter latency.
These aspects of machine processing energy collectively affect the extent of “ps4 controller android lag”. Insufficient CPU or GPU efficiency, coupled with useful resource competition from background processes and thermal throttling, can considerably degrade controller responsiveness. Optimizing utility settings, minimizing background exercise, and guaranteeing satisfactory machine cooling can mitigate these points, bettering the general gaming expertise when utilizing a PlayStation 4 controller with an Android machine.
6. Connection Distance
The bodily distance between the PlayStation 4 controller and the Android machine considerably influences the steadiness and responsiveness of the connection, instantly impacting the perceived enter latency, also known as “ps4 controller android lag”. Elevated distance can weaken the Bluetooth sign, resulting in delays and dropped enter packets, thereby exacerbating lag.
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Sign Energy Degradation
Bluetooth sign energy diminishes with rising distance. Because the controller strikes additional away from the Android machine, the sign turns into weaker, making it extra prone to interference and knowledge loss. This degradation interprets into delayed transmission of enter knowledge, leading to noticeable lag. In sensible situations, trying to play a fast-paced sport at a distance exceeding the really helpful Bluetooth vary will doubtless lead to erratic controller habits and important enter delays.
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Elevated Packet Loss
A weakened Bluetooth sign results in a better chance of packet loss. Enter knowledge from the controller is transmitted in packets; when the sign is weak, these packets might not attain the Android machine, necessitating retransmission. The retransmission course of introduces extra latency, additional contributing to “ps4 controller android lag.” For instance, a fast button press throughout a vital second in a sport could also be missed totally if the corresponding knowledge packet is misplaced attributable to a weak sign, forcing the participant to repeat the motion.
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Interference Susceptibility
Weaker Bluetooth indicators are extra weak to interference from different digital gadgets working on the identical frequency band. At higher distances, even minor sources of interference can considerably disrupt the sign, rising latency and packet loss. Working a microwave oven or having a number of energetic Bluetooth gadgets in shut proximity can amplify the consequences of distance on the controller connection, making it difficult to keep up a steady and responsive hyperlink.
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Efficient Vary Limitations
Bluetooth gadgets have specified efficient vary limitations. Exceeding these limits invariably results in unreliable connections and elevated enter latency. Whereas Bluetooth specs outline a most vary, real-world situations usually scale back the efficient vary attributable to obstacles and interference. Consequently, staying inside an inexpensive proximity, usually inside a number of meters, is important to keep up a steady and responsive connection between the controller and the Android machine.
These elements underscore the significance of minimizing the gap between the PlayStation 4 controller and the Android machine to mitigate “ps4 controller android lag.” Sustaining a detailed proximity ensures a stronger, extra steady Bluetooth sign, decreasing the chance of packet loss and interference, thereby contributing to a extra responsive gaming expertise. Conversely, neglecting this facet can result in irritating delays and compromised gameplay.
7. Battery stage
Low battery ranges in both the PlayStation 4 controller or the Android machine can contribute considerably to enter latency, a phenomenon usually described as “ps4 controller android lag.” Diminished battery capability can set off power-saving mechanisms inside each gadgets, throttling efficiency to increase battery life. This discount in efficiency can impression the velocity at which enter indicators are processed and transmitted, leading to a noticeable delay between a controller motion and the corresponding on-screen response. As an illustration, when the controller battery is low, the machine may scale back the polling fee of the controller, checking for inputs much less continuously to preserve power. This instantly introduces lag, significantly noticeable in fast-paced video games requiring exact timing.
The Android machine’s battery stage additionally performs a task. When the machine’s battery is low, the working system might implement power-saving measures that prioritize important features over non-critical processes equivalent to Bluetooth communication. This could result in a discount within the bandwidth allotted to the Bluetooth connection, leading to delays in transmitting controller knowledge. An instance is a situation the place an Android machine nearing depletion diverts processing energy away from Bluetooth, inflicting intermittent disconnections or sluggish controller response throughout gameplay. Moreover, diminished voltage from a low battery can have an effect on the efficiency of the Bluetooth chipset itself, additional degrading the connection.
In abstract, sustaining satisfactory battery ranges in each the PlayStation 4 controller and the Android machine is essential to mitigating “ps4 controller android lag.” Low battery states usually provoke power-saving measures that compromise efficiency, resulting in elevated latency and a diminished gaming expertise. Recurrently charging each gadgets and monitoring battery ranges will help guarantee constant and responsive controller efficiency, thereby minimizing potential disruptions throughout gameplay.
Ceaselessly Requested Questions
This part addresses widespread inquiries concerning enter latency points skilled when utilizing a PlayStation 4 controller with Android gadgets. It goals to make clear potential causes and description related options.
Query 1: What’s the major explanation for enter latency when utilizing a PlayStation 4 controller on Android?
The dominant supply of enter latency usually stems from Bluetooth communication overhead. The wi-fi nature of Bluetooth introduces inherent delays in comparison with wired connections. Components like interference, distance, and machine processing capabilities can exacerbate this latency.
Query 2: Does the Android model have an effect on controller enter latency?
Sure, the Android model considerably impacts latency. Newer Android iterations typically incorporate optimized Bluetooth stacks and improved enter dealing with mechanisms, decreasing lag in comparison with older variations.
Query 3: How does utility optimization affect controller enter latency?
Poorly optimized functions can introduce processing bottlenecks that contribute to elevated latency. Inefficient enter dealing with, extreme useful resource consumption, and unoptimized rendering pipelines can all exacerbate the difficulty.
Query 4: Can controller firmware contribute to enter latency?
Outdated or improperly configured controller firmware can negatively have an effect on efficiency. Firmware updates usually embrace bug fixes and compatibility enhancements that may scale back latency. Sustaining up-to-date firmware is important.
Query 5: Does the gap between the controller and Android machine impression latency?
Elevated distance weakens the Bluetooth sign, resulting in elevated packet loss and better latency. Sustaining a detailed proximity between the controller and the machine is essential for a steady and responsive connection.
Query 6: Can a low battery stage have an effect on controller enter latency?
Sure, low battery ranges in both the controller or the Android machine can set off power-saving measures that throttle efficiency, resulting in elevated latency. Making certain satisfactory battery ranges is essential for optimum efficiency.
Understanding these elements supplies a basis for troubleshooting and mitigating controller enter latency on Android gadgets. Optimizing machine settings, updating firmware, and guaranteeing utility effectivity are key steps in bettering the gaming expertise.
The next part will discover sensible troubleshooting steps to handle “ps4 controller android lag” points.
Mitigating “ps4 controller android lag”
This part provides actionable steps to attenuate enter latency encountered when using a PlayStation 4 controller with an Android machine. Making use of these measures can improve responsiveness and enhance the general consumer expertise.
Tip 1: Optimize Bluetooth Setting: Reduce interference by decreasing the variety of energetic Bluetooth gadgets within the quick neighborhood. Guarantee a transparent line of sight between the controller and the Android machine. Relocate potential sources of interference, equivalent to microwave ovens or wi-fi routers, away from the gaming space.
Tip 2: Replace Controller Firmware: Recurrently verify for and set up the most recent firmware updates for the PlayStation 4 controller. Firmware updates usually embrace efficiency enhancements and bug fixes that may deal with enter latency points. Make sure the controller is linked to a PlayStation 4 console or a pc with the mandatory software program to carry out the replace.
Tip 3: Optimize Android System Settings: Allow “Power GPU rendering” within the Android machine’s developer choices. This setting can enhance rendering efficiency, decreasing enter lag. Disable pointless background processes and functions to unlock system sources.
Tip 4: Keep Sufficient Battery Ranges: Guarantee each the PlayStation 4 controller and the Android machine have ample battery cost. Low battery ranges can set off power-saving modes that scale back efficiency, contributing to enter latency.
Tip 5: Shut Pointless Purposes: Previous to gaming, shut all non-essential functions operating within the background. This frees up system sources and reduces the chance of efficiency bottlenecks that may exacerbate enter lag.
Tip 6: Take into account Wired Connection: If possible, make the most of a wired connection between the PlayStation 4 controller and the Android machine. Wired connections remove the latency related to Bluetooth communication, offering a extra responsive expertise. A USB OTG (On-The-Go) adapter could also be required.
Tip 7: Alter Utility Graphics Settings: Decrease the graphics settings throughout the sport or utility to scale back the processing load on the Android machine’s GPU. This could enhance body charges and scale back enter latency, significantly on much less highly effective gadgets.
Tip 8: Restart Units: Periodically restart each the PlayStation 4 controller and the Android machine. This could resolve momentary software program glitches or reminiscence leaks which may be contributing to enter latency.
Implementing these methods can result in a noticeable discount in “ps4 controller android lag,” leading to a smoother and extra pleasing gaming expertise on Android gadgets.
The next part will present a abstract of key findings and suggestions mentioned all through this text.
Conclusion
The previous exploration has illuminated the multifaceted nature of “ps4 controller android lag,” figuring out elements starting from Bluetooth interference and controller firmware to Android model, utility optimization, machine processing energy, connection distance, and battery stage. Every ingredient possesses the capability to independently or collectively affect the responsiveness of the PlayStation 4 controller on Android gadgets. The optimization of those contributing elements is important for attaining an appropriate stage of efficiency.
Reaching a lag-free expertise necessitates a holistic method, encompassing each {hardware} and software program concerns. Whereas technological developments promise additional enhancements in wi-fi communication and processing capabilities, diligent consideration to the outlined methods stays essential for mitigating present enter latency. Continued analysis and growth in related areas maintain the potential to considerably improve the PlayStation 4 controller expertise on Android platforms, paving the way in which for extra seamless and immersive interactions. The continuing pursuit of diminished latency will finally profit end-users and improve the general viability of cellular gaming.
