Guide to Motherboard Chipsets for Gamers 2026

Unlock your gaming PC's full potential by understanding the vital role of your motherboard chipset. This in-depth guide for US gamers, focusing on those balancing life, work, and passion for gaming, delves into how chipsets impact performance, compatibility, and future upgrades. Discover the essential differences between Intel and AMD platforms, learn which features truly matter for your gaming experience, and get practical advice on choosing the perfect chipset for your budget-friendly build or high-end rig. We cover common pain points like performance bottlenecks, peripheral connectivity, and future-proofing your system against rapidly evolving tech. Dive into crucial insights about PCIe 5.0, USB4, and Wi-Fi 7 integration. Stay ahead of the curve in 2026 gaming trends with expert tips to optimize your setup for both casual relaxation and competitive play. Whether you are looking to maximize frame rates, reduce load times, or ensure seamless social gaming, this resource provides actionable solutions. Our goal is to empower you to make informed hardware decisions, ensuring your precious gaming time is spent enjoying immersive worlds, not troubleshooting technical woes.

What is a Motherboard Chipset and Why Does It Matter for My Gaming Rig?

Your motherboard chipset is the unsung hero of your gaming PC, essentially the traffic controller for all your components. It dictates how well your CPU communicates with your GPU, RAM, storage, and peripherals. For gamers, this means it directly impacts system responsiveness, potential upgrade paths, and the speed of your game loads and data transfers. Choosing the right chipset ensures your high-end CPU and GPU aren't bottlenecked and can deliver peak performance, offering that smooth, lag-free experience we all crave when diving into the latest titles or competing in esports. It's crucial for future upgrades too, supporting new tech like PCIe 5.0 and faster USB standards.

How does a Motherboard Chipset Actually Affect In-Game FPS?

While not a direct FPS booster like your GPU, the chipset enables your CPU and GPU to communicate optimally. A modern, high-bandwidth chipset ensures data flows quickly between these critical components, preventing bottlenecks. If your chipset limits PCIe lanes or uses older standards, your graphics card might not get data fast enough, potentially leading to lower or inconsistent frame rates, especially in graphically intensive games or open-world titles that constantly load assets. It's the stable foundation that allows your other components to hit their maximum performance potential.

What are the Key Differences Between Intel and AMD Motherboard Chipsets for Gamers?

The primary difference lies in their compatible CPU sockets and often, their approach to upgrade paths and overclocking. Intel chipsets work only with Intel CPUs (e.g., Z790 for LGA1700), while AMD chipsets are exclusive to AMD CPUs (e.g., X670E for AM5). Historically, AMD offered longer socket support for CPU upgrades. Intel's higher-end 'Z' series typically enables full CPU overclocking, whereas AMD often provides overclocking features on its mid-range 'B' series chipsets too, offering more flexibility for budget-conscious gamers. Both now support features like PCIe 5.0 on their premium offerings.

Which Motherboard Chipset Features are Essential for Future-Proofing My Gaming PC in 2026?

For future-proofing your gaming PC in 2026, prioritize a motherboard chipset that supports PCIe 5.0 for both your graphics card slot and at least one NVMe SSD slot. Also, look for robust connectivity like USB4 (or Thunderbolt 4) for high-speed external devices and the latest network standards such as Wi-Fi 7 and 2.5GbE Ethernet. These features ensure your system can handle next-generation GPUs, ultra-fast storage, and high-bandwidth online gaming and streaming, prolonging its relevance and upgradeability.

Can I Really Get Great Gaming Performance with a Budget-Friendly Chipset?

Absolutely! A budget-friendly chipset, such as Intel's B-series (e.g., B760) or AMD's B-series (e.g., B650), can deliver an excellent gaming experience for most players. These chipsets provide sufficient PCIe lanes for a single high-performance graphics card and often one or two NVMe SSDs, which is more than enough for typical gaming needs. While you might miss out on extreme overclocking or an excessive number of high-speed USB ports, the performance difference in actual gameplay is often negligible compared to higher-end chipsets, allowing you to allocate more budget to a better GPU or CPU.

How Does My Motherboard Chipset Affect My Gaming Peripherals and Connectivity?

Your motherboard chipset significantly impacts your gaming peripherals by determining the type and number of available ports, as well as their speed. It controls USB ports (USB 3.2, USB4 for fast mice, keyboards, and external drives), network adapters (Wi-Fi 7, 2.5GbE LAN for low-latency online play), and the connection for integrated audio. A robust chipset ensures all your devices, from your high-polling-rate mouse to your external capture card for streaming, operate at their peak performance without bandwidth limitations or input lag, providing a seamless and responsive gaming experience.

What Role Does the Motherboard Chipset Play in Modern Social Gaming and Streaming?

For social gaming and streaming, the chipset is crucial for managing the high-bandwidth needs of multiple peripherals and fast data transfer. It provides the necessary high-speed USB ports for webcams, microphones, external capture cards, and stream decks, ensuring smooth video and audio capture. Additionally, it facilitates fast NVMe SSD support for recording high-quality gameplay and robust network connectivity (like 2.5GbE or Wi-Fi 7) for stable, low-latency live streaming and Discord calls. Essentially, the chipset builds the robust foundation for a multitasking gaming and content creation setup, enabling seamless interaction with your audience and friends.

Hey fellow gamers! Ever felt like your high-end CPU and GPU aren't quite delivering the raw power you expected? Or maybe you're planning an upgrade and feeling overwhelmed by all the technical jargon? You're not alone. Many of us, especially those juggling jobs, families, and life's demands, just want our gaming time to be smooth, fun, and hassle-free. We want to unwind with a session of our favorite cozy game, dominate in an esports match, or build skills with friends online without being bogged down by hardware confusion or performance issues. This month, with new titles dropping and gaming remaining a massive stress-reliever for 87% of US gamers who play regularly, often dedicating 10+ hours a week, optimizing your rig for maximum value and enjoyment is more important than ever.

The unsung hero (or sometimes, silent villain) in this equation is often the motherboard chipset. It's the traffic controller for your entire system, dictating how well your CPU communicates with your graphics card, RAM, storage, and all those essential peripherals. A great chipset ensures everything runs harmoniously, preventing bottlenecks and unleashing the full potential of your expensive components. A suboptimal one? Well, that's where frustration, stuttering, and wasted money can creep in. This guide is designed to cut through the hype and give you practical, straightforward answers about motherboard chipsets, helping you optimize your gaming experience without needing a computer science degree.

What exactly is a motherboard chipset and why should I care as a gamer?

Think of your motherboard chipset as the central nervous system of your gaming PC, after the CPU itself. It's a collection of integrated circuits that manage data flow between your CPU and virtually every other component: your graphics card, RAM modules, storage drives (NVMe SSDs, SATA HDDs), USB ports, network connections, and more. For gamers, caring about your chipset means caring about:

• Performance: It directly influences how quickly your CPU can access memory and communicate with your GPU, impacting frame rates and overall system responsiveness.
• Connectivity: Your chipset determines the number and type of USB ports (like blazing-fast USB4), PCIe lanes for your graphics card and additional SSDs, and network capabilities (Wi-Fi 7, 2.5GbE LAN).
• Upgrade Path: A good chipset choice ensures your motherboard can support future generations of components or faster storage solutions, saving you money in the long run.
• Overclocking Potential: Certain chipsets are designed with enthusiast features, allowing you to push your CPU and RAM speeds further for extra performance.

In short, the motherboard chipset is foundational. It’s the invisible hand guiding your gaming experience.

How does my motherboard chipset impact gaming performance?

Your chipset's influence on gaming performance is often indirect but profound. While the CPU and GPU do the heavy lifting for rendering graphics and processing game logic, the chipset ensures they get the data they need, when they need it. Here's how:

• PCIe Lanes: This is a big one for gamers. The chipset manages many of the PCI Express lanes that connect your graphics card and high-speed NVMe SSDs to your CPU. More advanced chipsets offer more lanes and support newer standards like PCIe 5.0, which means faster data transfer for GPUs and lightning-quick game load times from the latest SSDs. If your chipset limits PCIe lanes or only supports older standards, your top-tier GPU might not be able to communicate at its full potential, leading to lower frame rates.
• Data Transfer Speeds: The chipset controls the speed at which data moves between various components. Faster chipsets can handle higher bandwidth, reducing latency and ensuring a smoother flow of information, which is crucial in fast-paced games.
• USB and Network Performance: Laggy peripherals or slow network speeds can ruin a gaming session. A modern chipset provides robust USB connectivity for your mouse, keyboard, headset, and external drives, along with high-speed integrated Wi-Fi 7 or Ethernet for stable, low-latency online gaming.
• Memory Support: While the CPU's integrated memory controller largely dictates RAM compatibility, the chipset ensures that the motherboard design can fully utilize high-speed DDR5 modules, for example, often supporting XMP/EXPO profiles for optimal performance.

Essentially, a good chipset provides a high-bandwidth, low-latency highway for all your gaming data.

What are the key differences between Intel and AMD chipsets?

Both Intel and AMD design chipsets to complement their respective CPU architectures, and while their functions are similar, their feature sets and upgrade philosophies can differ significantly:

• Socket Compatibility: This is the most critical difference. Intel chipsets work only with Intel CPUs (e.g., LGA1700 for 12th, 13th, 14th Gen Core), and AMD chipsets work only with AMD CPUs (e.g., AM5 for Ryzen 7000 series and beyond). You can't mix and match.
• Upgrade Path: Historically, AMD has been better about offering longer socket support, meaning you can often upgrade your CPU to a newer generation without needing a new motherboard. Intel tends to change sockets more frequently, often requiring a new motherboard with a new CPU generation. However, both companies are constantly evolving their strategies.
• Overclocking: On the Intel side, only specific chipsets (like the Z-series, e.g., Z790) allow CPU overclocking. AMD generally allows CPU overclocking on most of its B-series and X-series chipsets (e.g., B650, X670), offering more flexibility for budget builders.
• PCIe Lane Allocation: Both platforms offer varying amounts of PCIe 5.0 and 4.0 lanes depending on the chipset tier. High-end chipsets from both offer extensive connectivity for multiple NVMe SSDs and GPUs.
• Feature Sets: While overlapping, each manufacturer emphasizes different features. For example, Intel's high-end chipsets might prioritize specific Thunderbolt connectivity or integrated Wi-Fi standards, while AMD might focus on features like Smart Access Memory (SAM) or additional USB 4 support.

When choosing, you're essentially committing to one ecosystem. Consider your current CPU, future upgrade plans, and budget.

Which chipset features matter most for my gaming setup in 2026?

In 2026, with games becoming more demanding and hardware evolving rapidly, specific chipset features are non-negotiable for a premium gaming experience, especially for gamers who want to future-proof their builds without breaking the bank:

• PCIe 5.0 Support: This is crucial. Your graphics card and ultra-fast NVMe SSDs will increasingly leverage PCIe 5.0 for maximum bandwidth. A chipset with PCIe 5.0 support ensures your GPU isn't bottlenecked and your game load times are virtually instantaneous. Even if you're not getting a PCIe 5.0 GPU today, future upgrades will benefit immensely.
• USB4 Connectivity: For high-speed external storage, VR headsets, or fast charging peripherals, USB4 (or Thunderbolt 4, which uses the same USB-C connector and offers similar performance) provides incredible bandwidth and versatility. This is excellent for quickly transferring massive game files or connecting professional-grade streaming equipment.
• Wi-Fi 7 and 2.5GbE/5GbE LAN: Stable, low-latency internet is non-negotiable for online gaming. Wi-Fi 7 offers significant speed and latency improvements over Wi-Fi 6E, especially in congested environments. For wired connections, 2.5 Gigabit Ethernet (or faster) ensures you have the bandwidth for large game downloads and smooth streaming without network bottlenecks.
• Sufficient NVMe Slots: Modern games can easily exceed 100GB. Look for a chipset that supports at least two M.2 NVMe slots, ideally with heatsinks, to accommodate your growing game library at top speeds.
• Robust Power Delivery (VRM): While not strictly a chipset feature, a motherboard with strong VRM (Voltage Regulator Module) design is essential for stable power delivery to your CPU, especially if you plan on overclocking. High-end chipsets are typically paired with motherboards that have better VRMs.

Prioritizing these features ensures your gaming rig is not just powerful today, but ready for the challenges of tomorrow.

Can a budget-friendly chipset still offer a great gaming experience?

Absolutely! Many gamers, especially those balancing gaming with jobs and families, need value for money. You don't always need the absolute top-tier chipset to have an amazing gaming experience. Here's why and what to look for:

• Focus on Core Performance: Mid-range chipsets (like Intel's B-series or AMD's B-series, e.g., B760 or B650) often provide ample PCIe lanes for a single high-end graphics card and one or two NVMe SSDs. This is more than enough for 90% of gamers.
• Smart Compromises: You might miss out on extensive overclocking capabilities or the absolute maximum number of USB4 ports, but these are often features that casual or even serious gamers won't fully utilize. The money saved can go towards a better GPU or more RAM, which will have a much more noticeable impact on frame rates.
• Upgrade Potential: Even budget-friendly chipsets often support the latest CPU generations and RAM standards (like DDR5), ensuring a decent upgrade path down the line. Look for motherboards that support one PCIe 5.0 slot for your GPU, even if other slots are PCIe 4.0.
• Real-World Impact: The difference in actual in-game performance between a high-end and mid-range chipset (assuming the same CPU/GPU/RAM) is often negligible. Latency differences are usually imperceptible outside of synthetic benchmarks.

For budget-conscious gamers, a well-chosen mid-range chipset offers an incredible performance-to-price ratio, allowing you to build a powerful rig without overspending on features you don't need. It's all about strategic allocation of your hardware budget.

How do I choose the right motherboard chipset for my next upgrade?

Choosing the right motherboard chipset for your next gaming PC upgrade involves a bit of strategic thinking. It’s about aligning your current needs with future aspirations and, of course, your budget:

1. Identify Your CPU First: This is paramount. Your CPU dictates which family of chipsets you can even consider. Are you going Intel Core (e.g., 14th Gen) or AMD Ryzen (e.g., 7000 series)? This immediately narrows down your options.
2. Define Your Gaming Priorities:
• Max Performance & Overclocking? Look at Intel's Z-series (e.g., Z790) or AMD's X-series (e.g., X670E).
• Great Performance, Good Value? Consider Intel's B-series (e.g., B760) or AMD's B-series (e.g., B650). These often hit the sweet spot for most gamers.
• Entry-Level/Budget Build? Intel's H-series (e.g., H610/H710) or AMD's A-series (e.g., A620) can work, but have more limitations.
3. Consider Connectivity Needs: How many NVMe SSDs do you plan to have? Do you need Wi-Fi 7? Do you rely on lots of high-speed USB devices? Ensure the chipset (and the specific motherboard model it powers) provides the necessary slots, ports, and network capabilities. Prioritize PCIe 5.0 for your GPU and at least one NVMe slot.
4. Future-Proofing Aspirations: If you want to keep your motherboard for several years, prioritize chipsets that support PCIe 5.0, USB4, and potentially the newest RAM standards (DDR5). This gives you room for future component upgrades without needing a complete overhaul.
5. Budget Allocation: Motherboards with high-end chipsets can be expensive. Allocate your budget wisely. Often, spending less on the chipset and more on a better GPU or CPU will yield greater gaming performance.

Research specific motherboard models that use your desired chipset. Read reviews, watch tech videos, and compare features to ensure it aligns perfectly with your gaming lifestyle and budget. Many gamers are opting for robust B-series motherboards this month, finding they offer the best balance of features and cost for current and next-gen titles.

What about future-proofing my rig with the right chipset?

Future-proofing in tech is a tricky business, but choosing the right motherboard chipset can give your gaming rig a significant head start for the coming years. It's not about being immune to obsolescence, but about extending your system's relevance and upgradeability:

• Newest PCIe Standard (PCIe 5.0): This is the absolute biggest factor for future-proofing your chipset. Next-generation GPUs and NVMe SSDs will fully leverage PCIe 5.0 for maximum performance. Even if you buy a PCIe 4.0 component today, having a chipset that supports PCIe 5.0 ensures your motherboard can handle future upgrades without becoming a bottleneck.
• Advanced Connectivity (USB4/Thunderbolt 4): As external devices become more demanding, high-bandwidth ports like USB4 or Thunderbolt 4 will become standard for fast external storage, docking stations, and perhaps even next-gen VR headsets.
• Latest Network Standards (Wi-Fi 7/2.5GbE+): With gaming moving increasingly online, robust and fast network connectivity is key. A chipset supporting Wi-Fi 7 and at least 2.5 Gigabit Ethernet ensures you're ready for faster home internet speeds and lower latency online experiences.
• Long-Term Socket Support: While unpredictable, if a platform (like AMD's AM5) promises multi-generational CPU support, choosing a compatible chipset can mean upgrading your CPU down the line without replacing your motherboard. This is a significant cost saver.
• DDR5 RAM Support: DDR5 is the current standard for high-performance systems. Ensure your chosen chipset and motherboard support DDR5 and can handle high-speed memory modules.

By investing in a chipset with these forward-looking features, you're not just buying for today's games, but preparing your system for the demands of the titles coming out in 2027 and beyond. This approach is highly valued by busy gamers who need their hardware to last and perform without constant overhauls.

Are there any common chipset-related setup issues gamers face?

Even with the best hardware, setup issues can crop up, and sometimes the chipset is involved. Understanding these can save you a headache:

• Driver Installation: Chipsets require specific drivers to function optimally. Missing or outdated chipset drivers can lead to performance issues, unrecognized devices, or system instability. Always download the latest drivers directly from your motherboard manufacturer's website after a fresh OS install or major update.
• PCIe Lane Allocation Conflicts: This is a common one for advanced users. Some motherboards share PCIe lanes between certain slots (e.g., using an NVMe SSD in one slot might disable SATA ports or a secondary PCIe x16 slot). Always consult your motherboard's manual to understand PCIe lane allocation and avoid conflicts, especially if you're installing multiple NVMe drives or add-in cards.
• USB Port Issues: Sometimes certain USB ports, especially those handled directly by the chipset, might have power delivery issues or compatibility quirks with specific peripherals. Updating chipset drivers often resolves these, but checking BIOS settings or trying different ports can also help.
• BIOS/UEFI Updates: While not directly a chipset issue, sometimes new CPU generations or memory modules require a BIOS/UEFI update that impacts how the chipset interacts with these components. If you're experiencing instability with new hardware, a BIOS update should be one of your first troubleshooting steps.
• Overheating (Rare): High-end chipsets, especially those found on enthusiast motherboards with lots of connectivity, can generate heat. Most modern motherboards have passive heatsinks on the chipset. Ensure good case airflow, especially around the chipset area, to prevent thermal throttling, though this is rare for the chipset itself compared to CPU/GPU.

When in doubt, a quick search on Reddit or your motherboard manufacturer's support forums can often reveal if others are experiencing similar issues, and what solutions they've found. Community is key in troubleshooting!

How does the chipset influence my peripheral connectivity?

Your motherboard chipset is the maestro behind orchestrating all your gaming peripherals and how they connect to your system. It's not just about having enough ports; it's about the quality and speed of those connections:

• USB Ports: The chipset determines the number and type of USB ports available (USB 2.0, 3.2 Gen 1, 3.2 Gen 2, 3.2 Gen 2x2, USB4). For gamers, faster USB ports mean quicker data transfer for external SSDs, lower latency for high-polling rate mice, and better bandwidth for streaming cameras or high-fidelity audio interfaces. A good chipset ensures you have enough fast ports for all your gear without compromise.
• Storage Interfaces: Besides PCIe lanes for NVMe SSDs, the chipset also manages SATA ports for traditional SSDs and HDDs. If you have a large game library spanning multiple drives, the chipset dictates how many drives you can connect and at what speed.
• Network Adapters: Integrated network adapters (Ethernet, Wi-Fi, Bluetooth) are often connected through the chipset. A modern chipset will support high-speed 2.5GbE or 5GbE Ethernet and the latest Wi-Fi 7 standards, crucial for stable, low-latency online gaming and large game downloads.
• Audio Codecs: While the actual audio chip is separate, its connection to the CPU and the rest of the system is mediated by the chipset. Better chipsets are often paired with motherboards that feature higher-quality audio solutions, which can enhance your immersive gaming experience, especially for competitive play where positional audio is vital.

The right chipset ensures your gaming setup is a well-oiled machine, where every peripheral, from your headset to your external capture card, performs at its peak without bottlenecks. This is especially important for the average gamer at 36, who appreciates hardware that simply *works* after a long day.

What's the role of a chipset in modern social gaming and streaming?

Social gaming and streaming have exploded in popularity, with many gamers building communities around shared experiences and content creation. Your motherboard chipset, though not directly responsible for rendering your game or encoding your stream, plays a crucial supporting role:

• High-Bandwidth Connectivity for Peripherals: Streaming often involves multiple USB devices: a high-quality webcam, a dedicated microphone, an external capture card, an Elgato Stream Deck, and perhaps even a green screen controller. A robust chipset provides sufficient high-speed USB ports (like USB 3.2 Gen 2x2 or USB4) to handle all these devices simultaneously without bandwidth saturation or latency issues, ensuring smooth video and audio capture.
• Fast Storage for Recordings: If you're recording gameplay footage, you'll need fast storage. A chipset that supports multiple PCIe 4.0 or 5.0 NVMe SSDs allows you to record high-bitrate video directly to a fast drive, minimizing dropped frames and ensuring pristine quality for your content.
• Network Stability: Streaming requires a consistent, high-bandwidth upload speed. Chipsets that support advanced networking features like 2.5GbE or Wi-Fi 7 contribute to a more stable internet connection, reducing dropped frames or lag during live broadcasts.
• Platform Responsiveness: When gaming, streaming software (OBS, Streamlabs), and communication apps (Discord) are all running concurrently, the chipset helps ensure efficient data flow between your CPU, RAM, and storage. This prevents your system from feeling sluggish, allowing for a seamless multitasking experience crucial for engaging with your audience.

Essentially, a capable chipset builds the robust foundation upon which your entire streaming and social gaming ecosystem thrives, enabling you to share your passion and connect with friends and fans effortlessly. This month, social gaming via platforms like Discord and co-op titles are huge, making reliable connectivity more important than ever.

As you can see, the motherboard chipset is far from a minor detail; it’s a foundational component that profoundly impacts your gaming experience, from raw performance to future-proofing your rig. For gamers balancing life and passion, understanding this often-overlooked component means smarter investments, fewer headaches, and more time enjoying the worlds you love. By focusing on key features like PCIe 5.0, robust connectivity, and smart budget choices, you can build a system that not only dominates today's titles but is also ready for what 2026 and beyond throw your way. Don't let technical jargon hold you back; empower yourself with knowledge and game on!

What's your biggest gaming hardware challenge? Comment below!

FAQ Section

Q: Do I need to update my chipset drivers regularly?

A: Yes, it's highly recommended to update your chipset drivers periodically, especially after a fresh operating system install, a major Windows update, or when installing new hardware. Updated drivers ensure optimal performance, stability, and compatibility with the latest components and software.

Q: What is the Platform Controller Hub (PCH) in relation to a chipset?

A: The Platform Controller Hub (PCH) is Intel's term for what is essentially their modern chipset. It integrates many functions that were once handled by separate Northbridge and Southbridge chips into a single component, managing I/O functions and peripheral connectivity.

Q: Can a bad chipset cause game crashes or performance issues?

A: While rare, an unstable or malfunctioning chipset (or outdated drivers) can indeed contribute to game crashes, system instability, or performance bottlenecks. It's often intertwined with broader motherboard issues, but ensuring proper chipset drivers are installed is always a good first step in troubleshooting.

Q: Does the chipset affect RAM speed or overclocking?

A: Indirectly, yes. While the CPU's integrated memory controller dictates baseline RAM compatibility, the chipset and motherboard design enable support for higher RAM speeds via XMP/EXPO profiles. Enthusiast chipsets (like Intel Z-series or AMD X-series) typically offer more robust memory overclocking options and better stability at extreme speeds.

Q: What happened to Northbridge and Southbridge?

A: The traditional Northbridge/Southbridge architecture has largely been integrated into modern CPUs and chipsets. The Northbridge's functions (like memory controller and primary PCIe lanes for GPU) are mostly within the CPU, while the Southbridge's functions (I/O, slower PCIe lanes, USB, SATA) are now handled by the single chipset/PCH.

Q: Is an expensive chipset always better for gaming?

A: Not necessarily. While expensive chipsets offer more features and connectivity, a mid-range chipset (e.g., Intel B-series or AMD B-series) often provides ample performance and features for most gamers, especially those who only use one GPU and one or two NVMe drives. The extra money saved can be better spent on a higher-tier CPU or GPU, which will have a more direct impact on gaming frame rates.

Motherboard chipset performance impact, Intel vs AMD chipsets explained, PCIe 5 0 and USB 4 compatibility, Budget gaming chipset choices, Future proofing your gaming PC, Chipset related setup troubleshooting, Peripheral connectivity and chipset features