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Village provides a surprising bookend to the Resident Evil story so far. So with that in mind, let's take another look at the chronological order of events present in the Resident Evil franchise.
The series kickstarts with a prequel that shows just what the Bravo Team of S. You step into the shoes of wrongfully convicted Billy Coen and the youngest S. This is the first entry into what would become known as the Mansion Incident that occurred in the Arklay Mountains outside of Raccoon City. It has you playing both Billy and Rebecca interchangeably in a duel-protagonist system. At least, in comparison. Sure they lost some people but they quickly found themselves in the comfort and safety of the mansion.
What could go wrong? The two have slight differences but it's tough to say which of these is 'canon' as no future game confirms it. Either Jill or Chris ends up trapped in a cell for most of the story. It's up to you to decide who that is. Playing Chris does mean that you get to see Rebecca again, however.
Not too long after the accursed Mansion Incident, Raccoon City had a city-wide outbreak. This is where chronology gets a touch tricky - 3 and 2 overlap, but there's a way to manage it if you're a stickler for playing in order. In 3, you play as Jill again but there's another character in the mix.
Carlos, a new character, has his own segments when Jill is occupied. The game opens with the outbreak's beginnings, meaning it takes place before 2. However, there is a time skip once Jill gets infected - at that point, switch over.
With the outbreak already rampant, rookie first-day police officer Leon Kennedy strolls into town and bumps into Chris Redfield's sister who has arrived at the city in search of her brother. The two realize the city is under siege by hordes of zombies and set out on their respective goals — Leon helping Ada Wong and Claire helping Sherry Berkin all while she searches for Chris. The first game might not have a canonical campaign but 2 does.
If you want to experience it, the order is Claire 1 and Leon 2. Once you've wrapped up 2 and, if you're so inclined, the optional Fourth Survivor mode, it's time to delve back into 3, starting with the hospital segment that has you in the shoes of Carlos. From this point on, there are only two remaining areas, the hospital and NEST 2.
The latter is home to a couple of Nemesis boss fights so be sure that you're well-stocked to take him on. She helps young Sherry escape but never does find her brother.
A letter indicates that he has gone to Europe, however, and that sparks Code Vernoica. It isn't a numbered entry, being called Code Veronica, but many consider it the untitled fourth game, a sequel to 3 in everything but name. Ethernet is recommended for low latency, high-speed games that are played over a network or the internet.
Gigabit Ethernet requires category 6 cables for full speed operation. GPU Graphics processing unit — Often used interchangeably with 'graphics card,' GPU refers specifically to the chip that controls the graphics subsystem.
The GPU is the primary determining factor in gaming performance and the most demanding component in terms of power and bandwidth, which is why advanced designs require dedicated banks of high-speed specialized memory and multiple power connectors. Graphics card — While modern CPUs come equipped with fairly potent on-board graphics capabilities, most 3D games benefit from a discrete GPU with its own dedicated bank of high-speed memory attached via PCI-E on a graphics card.
Even low-end graphics cards offer several times the performance of CPU integrated video, and many demanding games require midrange or better cards for acceptable performance. Power draw on top-shelf graphics cards easily outpaces all the other components of a system combined. Heat spreader — The metal cap covering the processor internals in a CPU package.
Delidded CPUs are more fragile than normal processors, and the process voids all warranties. Hot swap — Less spicy than it sounds. Hot swappable components are ones that can be removed or installed without powering off the computer first. Generally reserved for the enterprise market to avoid downtime and simplify service. Comprised of a hardware controller and analog codec, AC97 provides or bit audio at sampling rates of 96kHz for stereo and 48kHz for multichannel use. HDMI is designed to carry audio, and later revisions can also carry a network signal.
HDMI 2. Header — A set of pins on a logic board that can be opened or closed with a jumper or ribbon cable for configuration, input or output purposes. These are often grouped by function, such as audio or USB.
Heat sinks are usually mounted with thermal paste and secured with screws or a fastener. They can be passively cooled by ambient air or actively cooled via air or water in more demanding situations. The panel is usually labelled and color coded to provide ease of access to the various ports. Careful, these like to bite during installation. This form factor is popular with boutique builders, media center enthusiasts and DYI hobbyists but offers limited performance potential and higher component costs.
Jumper — A plastic cap with an internal metal connector that creates an electrical contact between two header pins on a logic board.
Jumpers are used to hard set configuration options. They are usually labelled. Cabled Ethernet offers best experience and lowest latencies currently available to most gamers. LED case illumination — Cases, fans and other components are often provided with illumination that serves both a functional and artistic purpose.
These low-power LEDs often come color coordinated to match component designs, indicate a product family or just provide a custom touch to a handmade build. In addition to style, they provide a means to visually inspect the system internals to make sure vents, fans, cables and other components are operating properly. Some are attached to a voltage controller, and vary lighting intensity to indicate usage levels, fan speeds or other information. MAC address — A code built into every network capable port that uniquely identifies each device connection.
Usually takes the form of 6 pairs of hexadecimal digits separated by a comma or dash. Unlike their larger counterparts, M. Mechanical hard drive — These storage devices utilize rotating magnetic disks to store data and generally feature lower costs and larger capacities than solid state drives.
While mechanical hard disk systems are a mature and stable technology, SSDs have recently begun to supplant them. The faster the rotational speed of the disk, the better the performance and the higher the cost of the drive. Memory reset switch — A motherboard safeguard panic button that resets memory specifications to a factory-predetermined safe value that ensures boot up in case a user sets incorrect or optimistic values while configuring BIOS settings for DRAM. Memory is especially picky about settings and recovery, so this is a handy option to have.
Molex power connector — Molex connectors are the common term for the two-piece, rectangular pin and socket power connectors used in personal computers. Motherboard — It all starts here. The motherboard is the foundation of all personal computers and the place where your components meet. Modern motherboards are also fashion statements, adorned with color schemes, logos and artfully sculpted metal covers and heat sinks. This is particularly effective in situations when many devices are accessing a wireless router simultaneously.
Many newer motherboards, laptops and wireless devices support this standard. These systems often do not require the use of tools or even screws and offer ease of access and maintenance benefits, although replacing custom rails or other non-standard fastening equipment might be troublesome should these specialized parts be lost.
Storing rails inside the case on empty drive bay brackets always keeps a few handy. OEM Original equipment manufacturer — Often refers to inexpensive parts obtained directly from a source supplier rather than after markup, post rebranding and retail.
Not all OEM parts are equal however, so buyer beware. Open case Open air case, bench case — Open air cases are designed to mount PC hardware in high visibility or easy access situations, such as a testing bench or custom build meant for display. Most are comprised of a tray that displays the motherboard and PCI cards but stashes the power supply and drives in small, open compartments underneath.
Frequently used by overlocking enthusiasts, open air cases allow easy access to components and provide excellent ventilation while showing off the details of a fancy build. Keep away from pets, small children and open containers, and watch out for dust buildup.
Optical drive — Largely obsolete, 5. Stick with faster and more reliable USB drives when possible. Overclocking — Pushing a component beyond its rated specifications to achieve more performance, usually achieved via BIOS settings or manufacturer software utilities. Overclocked systems frequently outperform stock parts by a considerable margin with the drawback of noticeably greater heat and energy use.
Overlocking may lead to premature component failure or void warranties. PCIe connectors are designed to be downward compatible, so smaller cards can fit in larger sized, high-performance slots if necessary. Data in the PCIe specification is transmitted via lanes, of which up to 32 can be used in a single slot, although 16 is the more common limit.
When configuring a system with multiple, high-performance PCIe cards, such as graphics cards in Crossfire or SLI, make sure to select a motherboard with enough PCIe lanes to provide the bandwidth required, as the physical size of the slot does not always correspond to the number of rails available to the PCIe bus. A processor is installed by slipping the pins into their corresponding holes in the socket and secured with a lever that tucks under a clip.
A corner marking and hole pattern that only allows proper insertion are frequently present to ease the installation process. Advantages over the BGA sockets used by Intel include a more robust socket design and more secure mounting, with the drawback being a more fragile CPU package, as the underside pins are prone to bending if mishandled.
Pinout — A diagram specifying what each of the pins on a header is used for. Frequently found silkscreened on motherboards or in hardware manuals. PCI expansion cards — In addition to graphics cards, PCI expansion cards are available for other functions to supplement the built-in capabilities of the motherboard. Examples include sound cards, high-speed network adaptors and advanced fan controllers.
This is delivered via a series of cables either permanently attached to the power supply or plugged in on a per-use basis on high-end modular models, which feature sockets on the PSU so extraneous connectors can be removed to reduce chassis clutter and improve airflow characteristics. Computer power supply units are designed around several size and output standards and are rated for wattage and efficiency using the voluntary 80 PLUS certification program.
Radiator — A fluid filled heat dissipation unit used by water cooling systems. Generally considered more effective than air cooling. SATA devices encompass a family of interfaces separated by connector size and performance potential. SATA cables differ depending on the size specification and drive type. SLI — Two or more Nvidia graphics cards used in tandem to increase 3D and computational performance for high-demand applications such as high-resolution 3D gaming. For best results, SLI-joined cards should be as close to identical in performance and design as possible.
Not recommend by most manufacturers at this time. SSD Solid state drive — Solid state drives eliminate the rotating platters of their mechanical counterparts, replacing them with banks of high-quality nonvolatile RAM. SSDs feature very high performance and smaller packaging but have the drawbacks of decreased storage size and increased cost.
Many power users boot from an SSD and use a supplemental mechanical hard disk for bulk storage. Also see: M. Standoff screws — These small brass riser screws are tapped and threaded at the cap and used to secure the motherboard to the backplane of the case. They also keep the underside of the motherboard from contacting the chassis and shorting out.
Thermal pads — Thermal pads are a form of TIM see below that come prepackaged in adhesive strips that mount quickly and easily, like double-stick tape.
They are less efficient than proper thermal paste but are useful for less demanding applications, such as motherboard chipsets and DRAM cooling.
When used sparingly it ensures both surfaces remain in full contact despite any micro scratches or other imperfections that would prevent heat dissipation.
Use gloves when applying as this stuff stains everything. Clean off surfaces with high grade alcohol. Thermal throttling — When modern electronic components reach thermal limits they begin to reduce speed and features in an effort to retain stability and prevent damage, a process called thermal throttling. Throttling usually indicates a thermal management system failure or insufficient cooling capacity.
Thumbscrews — Thumbscrews are chassis screws designed to be used without a screwdriver. These screws have large, knurled edges made to be twisted loose or tightened by hand.
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