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Comparison HP LaserJet M209DW vs Xerox B310

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HP LaserJet M209DW
Xerox B310
HP LaserJet M209DWXerox B310
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The HP LaserJet M209DWE version includes HP+ (loyalty programme).
Print formatsA4A4
Print typelaserlaser
Output typemonochromemonochrome
Print
Max. resolution600x600 dpi1200x1200 dpi
First page print time7 с6 с
Mono print30 ppm40 ppm
Duplex printing
Printing supplies
Monthly resource20 K pages80 K pages
Mono cartridge resource1100 page3000 page
OPC drum resource40 K pages
Cartridges11
Cartridge modelW1340A, W1340X, W1350A, W1350X006R04379, 006R04380, 006R04381, 006R04376, 006R04377
High-capacity cartridge support
Features
Data transfer
PC connection (USB-B)
network connection (LAN)
Wi-Fi 5 (802.11aс)
Bluetooth
Wi-Fi Direct
AirPrint
PC connection (USB-B)
network connection (LAN)
Wi-Fi 4 (802.11n)
Wi-Fi Direct
AirPrint
Cloud printMopria, HP SmartMopria
Screenno displaymonochrome
Hardware
Grammage (min)60 g/m²60 g/m²
Grammage (max)163 g/m²217 g/m²
RAM64 MB256 MB
Clock Speed500 MHz1000 MHz
General
Feed tray150 sheets350 sheets
Output tray100 sheets150 sheets
Power consumption420 W
Dimensions (WxDxH)355x280x205 mm368x363x222 mm
Weight5.6 kg9.3 kg
Color
Added to E-Catalogdecember 2021september 2021
Compare HP LaserJet M209DW and Xerox B310
HP LaserJet M209DW often compared
Xerox B310 often compared
Glossary

Max. resolution

The maximum resolution of the image to be printed. It is usually indicated by two numbers denoting the number of dpi (DPI) horizontally and vertical: 600x600, 1200x600, 1200x1200, 2400x600, 2400x1200, 4800x600, 4800x1200, 4800x2400, 5760x1440, 9600x600, 9600x2400. The detail of the image depends on this parameter - the higher the resolution, the more fine details the printer is able to convey and the better their image will be. High print resolution is important, first of all, when working with graphic material; low resolution is sufficient for high-quality text display. So

First page print time

The time from the receipt of a print command to the exit from the printer of the first page printed in black and white, in other words, how long after pressing the "Print" button, the user will receive the first page. Most often indicated for draft (fastest) print mode, higher quality will take longer. You should pay attention to this parameter if you often need to print small documents (on one or several pages) on the printer.

Mono print

The black and white print speed provided by the printer. It should be noted that this parameter is often indicated for low quality when the device is running at maximum performance; at a higher quality (even at standard), the actual speed can be noticeably lower, so you should choose with a certain margin. Also note that high speed significantly affects the price, power consumption and noise level. Therefore, it does not always make sense to chase maximum performance — for simple applications (for example, at home or in a small office), a relatively slow and inexpensive device may be the best choice.

As for specific values, speeds up to 20 ppm are considered relatively low, 20 – 30 ppm — average, 31 – 40 ppm — decent, and the fastest models are capable of delivering more than 40 pages per minute.

Monthly resource

The maximum number of pages the printer can print in a month while still operating at full capacity.

Mono cartridge resource

The maximum number of pages that the printer's ink (toner) can print. The value is rather conditional, in reality the deviations from the norm are very large (up or down). In inkjet printers, the cartridge life is relatively small and amounts to several hundred prints. In laser and LED devices, the bill is already in the thousands.

OPC drum resource

The photoconductor is used in laser and LED printers (see Printing technology); during use, due to constant contact with paper, scratches and abrasions appear on it, which significantly affect print quality. In some printers, the photoconductor is part of the cartridge — in this case, its resource is equal to the resource of the cartridge, the drum is installed and changed along with it. In other models, the drum is installed separately.

The drum yield is the maximum number of pages that a printer with a drum unit can print without any noticeable loss in quality. It is usually specified for printers with a separate drum. The resource is a rather approximate value, because depends on the specific conditions of using the printer, and in fact it may differ from the claimed value both in one direction and in the other.

Cartridge model

The types of cartridges (both black and white and colour) used in the printer. Some printer models are able to work with "non-native" cartridges, but this feature usually refers to undocumented features, and the manufacturer's warranty covers only specific types of cartridges. So use "non-native" models with caution.

Data transfer

Connection to PC (USB-B). Connecting to a PC via USB-B in printers means using the standard USB type B port found on the device body, which is used for data transfer from the computer. This port is usually used in wired printer models and connects to the PC with a USB-A to USB-B cable, where side A is inserted into the computer, and B into the printer. This type of connection provides stable communication, high data transfer speeds, and easy connectivity without network setup.

Network Connection (LAN). The ability to connect to a local computer network via a standard LAN port (using an Ethernet cable). With such a connection, the printer becomes accessible to all computers on the network, which is very convenient for offices, coworking spaces, and other places where printing is used by different people from different computers. Note that the network connection can be accomplished either through one of the computers on the network or through a common router; in the latter case, the printer remains operational regardless of which computers on the network are currently on. Compared to another connection option — Wi-Fi — wired connection is less convenient due to the need to lay a cable; however, it is cheaper and the connection is maximally reliable.

Wi-Fi. Wireless technology initially intended for working with computer networks, but nowadays also used for...direct communication between devices (Wi-Fi Direct see below). Typically, printers with Wi-Fi can work as network devices — when communication is via a local network, and all computers on the network have access to the printer; however, the ability for direct gadget connection is less common. Nevertheless, the specific functionality of Wi-Fi should be clarified separately in any case.

Card Reader. A slot for reading memory cards, usually with a direct printing function (see above). In this case, this function is especially convenient because memory cards are widely used in modern photo and video cameras; thus, the card reader allows for quick and easy printing of captured materials — just remove the card from the camera and insert it into the printer. However, this function can also be useful for exchanging data with other devices — for instance, laptops; and on some printer models, it is even possible to work in an external card reader mode for a PC.

USB-A. A full-size USB port that allows connecting various external peripherals to the printer. Most often used for direct printing from flash drives and other storage devices, but can also be used for other purposes — such as firmware updates, troubleshooting, etc. Do not confuse this function with connecting to a PC via USB-B, where the printer itself acts as a peripheral device.

USB-C. A modern interface that replaces the classic USB-B port and provides a more compact, symmetrical, and reliable connection. This port allows quick document transfer from a PC or laptop, often without additional drivers, and is compatible with new devices including MacBook and ultrabooks. USB-C can also be used for connecting flash drives, phones, tablets.

Bluetooth. A technology for direct wireless communication between various devices. In printers, it is mainly used for the traditional purpose — for receiving materials sent for printing from external devices. One of the advantages of such a connection is that it allows working not only with computers but also with portable gadgets like smartphones and tablets: built-in Bluetooth modules for such gadgets are almost mandatory, whereas wired connection methods are often not available at all. And it can even be more convenient to connect to a PC or laptop this way: Bluetooth requires no wires and confidently works at a distance of about 10 meters.

NFC. A short-range wireless communication technology — up to 10 cm. In printers, it is usually used as an auxiliary function, to simplify Wi-Fi and Bluetooth connections: instead of manually setting up the connection, simply bring an NFC-enabled gadget close to the printer and confirm the connection. And in some models, materials can even be sent for printing immediately this way (by bringing the device to the printer); for this, usually, a branded application must be installed on the external gadget.

Wi-Fi Direct. A feature found in models with built-in Wi-Fi modules (see above). Direct support allows other Wi-Fi devices (laptops, smartphones, cameras, etc.) to connect directly to such a printer without using a router and local network. This is especially convenient in the absence of network equipment, or if additional setup is required. The functionality of Wi-Fi Direct connection is generally similar to Bluetooth (see above); the main difference is that Wi-Fi provides faster and more reliable communication with greater range. This is particularly relevant for transferring large volumes of data — for example, sending large-format documents for printing. Additionally, this connection is better suited for direct printing from cameras — in such equipment, Wi-Fi is traditionally used for wireless connection.

AirPrint. A similar feature to the one described above (Wi-Fi Direct). Allows connection to the device without involving a router. However, in this case, it refers to connecting Apple devices — iPhones, iPads, Mac laptops.

Cloud print

Cloud print service supported by the printer. Specified only if the device is capable of working with cloud services directly without connecting to a PC.

The general principle of such printing is that documents sent for printing are stored on a server on the Internet. Thus, the availability of the printer is not limited to the local network — you can send documents for printing from anywhere in the world where there is access to the World Wide Web. In addition, cloud-based printers make it easy to share with others.