Selection guide · Portable projectors

How to choose a portable projector: start with the room

To choose a portable projector for a classroom or small room in Malaysia, write a one-page room brief first: usable wall width, lens-to-wall distance, room light, viewers, source devices, power and whether the projector will move. Then compare each model's native resolution, brightness, throw ratio, connections, weight and written ownership terms against that brief, and test every candidate at the image width and throw distance the brief sets.

Reviewed 23 September 2026

Method and scope One room brief and one repeated test pack, with the Neon+ V6 run against the brief as a worked example in section 07. Figures for every Neon+ model are quoted as Neon+ publishes them on its product pages and FAQ, with shop prices, as checked on 22 September 2026.

Key takeaways

Five steps, in buying order

  1. Measure first: a room brief records wall width, lens distance, light, viewers, sources, power and movement.
  2. Compare native resolution, not supported input: Neon+ publishes 960 × 540, 1280 × 800 or 1920 × 1080.
  3. Compare brightness at one image width, room light and power mode; Neon+ lists 150 to 1,600 ANSI lumens.
  4. Throw distance is image width × throw ratio: a 1.8 m image needs about 1.93 m at 1.07:1, 2.16 m at 1.2:1 and 2.52 m at 1.4:1.
  5. Check carrying, power and cover: three models list a built-in battery (C2000, K5, V8), weights run from 0.63 to 2.36 kg, and the 365-day warranty gives 1-to-1 replacement, not cash refunds.
Illustrative living room at dusk with a measuring tape and notebook on the floor before a projected ocean horizon
Illustrative setting, not a Neon+ installation or measured projection.
01

What should a one-page classroom or small-room projector brief contain?

A projector room brief records the physical limits before any model is compared: usable wall width, the distance from the likely lens position to that wall, controllable daylight, audience size, sources, power and whether the kit moves. In the worked example below, a 1.8 m-wide image at a 1.2:1 throw ratio needs about 2.16 m between lens and wall (1.8 × 1.2).

Wall
1.8 m of usable width, clear of the whiteboard and the door
Lens position
About 2.16 m from the wall, on a stable table outside the walkway
Light
Afternoon sun on the side windows; blinds can be fully closed
Viewers
25 people; the furthest seat is the back row
Source
One laptop over HDMI, plus a phone for occasional video
Movement
Carried to a second room once a day; a wall socket in both rooms

What does the room brief look like drawn out?

A written room brief turns every later comparison into a test against the same wall, the same light and the same seat. Drawing it as a plan shows where the lens, the cables and the furthest viewer sit before any projector arrives.

The room brief drawn as a measured plan, numbered to match the six rows of the brief (image width and lens distance to scale; seating schematic) Top-down plan: 1 the 1.8 metre usable wall beside the whiteboard; 2 the lens spot measured 2.16 metres from the wall; 3 side windows with blinds; 4 twenty-five seats with the back row marked; 5 the laptop on the projector table with an HDMI cable; 6 the wall socket and the door to the second room. LENS 2.16 M = 1.8 M × 1.2 WALL · 1.8 M USABLE WHITEBOARD · KEEP CLEAR SIDE WINDOWS · BLINDS 25 VIEWERS · BACK ROW JUDGES LAPTOP · HDMI SOCKET DOOR · TO ROOM 2 TAPE: LENS TO WALL 123456 The room brief as a measured plan, phone layout, numbered to match the brief Top-down plan: 1 the 1.8 metre usable wall; 2 the lens spot measured 2.16 metres from the wall; 3 side windows; 4 the back row; 5 the laptop on the projector table; 6 the socket and the door to the second room. 2.16 M WALL · 1.8 M WHITEBOARD WINDOWS SOCKET DOOR · ROOM 2 BACK ROW · 25 VIEWERS 123456
The room brief as a measured plan, numbered like the six rows above: 1 wall, 2 lens position, 3 light, 4 viewers, 5 source, 6 movement and power. The 1.8 m width and the 2.16 m tape from lens to wall are to scale; the seating is schematic.
02

Why check native resolution before any other image figure?

Check native resolution first because it is the one image limit that no cable, laptop setting or room change can raise. Native resolution is the projector's own pixel grid; supported input resolution is the range of signals it accepts and scales to that grid, so a high input figure does not describe the sharpness you will see. Test with small text and worksheets, where scaling shows first.

Two resolution figures on a projector sheet, and how to test each
Figure on the sheetWhat it describesHow to test it
Native resolutionThe pixel grid the image is actually drawn withProject a worksheet at the planned width and read the smallest line
Supported inputSignals the projector accepts before scaling themConnect your own laptop and note the output setting that looks sharpest

ViewSonic's resolution guide describes WXGA, 1280 × 800, as "one of the most common resolutions for entry-level and classroom projectors." Neon+ publishes three native grids across its range: 960 × 540 for the C2000 and K5, 1280 × 800 for the V8 and V6, and 1920 × 1080 for the Q1, X5 and X5 Plus. The guide to native resolution versus supported input explains the difference in more depth.

Neon+ lists native resolution as "Physical resolution" on each product page; the V6 page gives 1280 × 800. Neon+ V6 product page

03

How many lumens does a classroom projector need, and how should brightness be compared?

BenQ Malaysia's lumens guide, written for home-cinema setups, gives 1,500 to 2,000 lumens for a 100- to 120-inch image in a dark room, and 3,000 or more with ambient light or a longer throw. No single figure fits every classroom, because the brightness a room needs depends on its light and image size, so compare projectors with room light, image width, power mode, content and seat held fixed.

“The best projector brightness depends on your environment, image size, and how important color accuracy is to you.”

BenQ Malaysia, projector brightness and lumens guide
BenQ's guide explains the category. It does not describe or endorse any Neon+ model.

How does image size change the brightness a room needs?

A 1.8 m-wide 16:10 image is about 84 inches diagonal, below BenQ's 100- to 120-inch band; a 2.4 m-wide one, about 111 inches, is inside it. A projector's lumen figure describes what it puts out, not what the back row sees, so a brighter-looking picture on a smaller wall or in a darker room is not like-for-like evidence.

Neon+ lists 150 to 1,600 ANSI lumens across its range. BenQ's band is quoted in plain lumens and is not directly comparable, so for any projector in a daylit classroom, plan to close the blinds, keep the image modest and confirm the result with a test in the room. How room light and image size affect projector brightness explains the geometry.

What does an ANSI lumen figure let you compare?

Compare lumen figures only when they name the same standard. Neon+ states each of its brightness figures as ANSI lumens ("International standard"), so its models can be compared with each other on that basis; a figure that names no standard cannot be compared like for like.

How should two projectors be compared fairly?

Hold five conditions fixed for every candidate, so the only thing that changes between tests is the projector.

  1. Room light. The same blind position and the same ceiling lights for every projector.
  2. Image width. One measured width, such as the 1.8 m from the room brief.
  3. Power mode. The brightness mode you will actually use, on battery if that is how the projector will run.
  4. Content. The same small-print worksheet, labelled diagram and dark video scene.
  5. Seat. Judge from the furthest seat, not from beside the projector.

A projector's brightness can change with its power mode. Neon+ publishes the V8's battery life by mode: about 100 minutes in highlight mode at 600 ANSI, 120 minutes in standard mode at 450 ANSI and 150 minutes in power-saving mode at 300 ANSI.

Neon+ lists 600 ANSI lumens for the V6 and V8, 1,600 for the X5 and X5 Plus and 150 for the Q1: inputs to a test, not a verdict on a room. V6 · X5 · Q1 product pages

04

How do throw ratio and cable routes affect placement?

Throw ratio is lens-to-wall distance divided by image width, so it converts the picture you want into the spot the projector needs. Work the distance out before fixing a table or mount, then trace the power and HDMI cables: a good picture is still a poor setup if a cable crosses a walkway. Neon+ lists 1.2:1 for the K5, V8, V6, X5 and X5 Plus, 1.07:1 for the C2000 and 1.4:1 for the Q1.

How do you work out lens distance?

Multiply the image width in the room brief by the model's throw ratio. The table gives the result for four widths at each of the three ratios Neon+ publishes.

Comparing lens-to-wall distance across the three throw ratios Neon+ publishes (image width × ratio)
Image widthAt 1.07:1 (C2000)At 1.2:1 (K5, V8, V6, X5, X5 Plus)At 1.4:1 (Q1)
1.5 mabout 1.61 mabout 1.80 mabout 2.10 m
1.8 m (the room brief)about 1.93 mabout 2.16 mabout 2.52 m
2.0 mabout 2.14 mabout 2.40 mabout 2.80 m
2.4 mabout 2.57 mabout 2.88 mabout 3.36 m

Throw ratio works on image width, not on the diagonal a sheet quotes. Neon+ lists a projection frame of 39 inches at 1 metre for the V6 and V8, 37.4 inches for the K5 and 38 inches for the X5 and X5 Plus. At 1.2:1 all five project about 0.83 m of width at 1 metre; the diagonals differ mainly because a 1280 × 800 grid is 16:10 while 960 × 540 and 1920 × 1080 grids are 16:9 (our arithmetic from the published grids). What a 1.2:1 throw ratio means covers the calculation step by step.

How should cables be routed?

Route every cable before fixing the spot: the power lead from the socket and the HDMI cable from the source should run along a wall or under the table, never across a walkway. A shorter throw helps, because it leaves less floor between lens and image for people to walk through the beam or over a cable: for a 1.8 m image, about 1.93 m at 1.07:1 against 2.52 m at 1.4:1.

Power decides how many cables there are. The V6 has no built-in battery and runs from a 19 V / 3.42 A adapter, so its spot must reach a socket; Neon+ lists a built-in battery on the C2000, K5 and V8, which removes the power lead while the battery lasts. Measure the route from the socket and the source to the lens position, and record the cable lengths in the room brief.

Throw ratios and projection frames as listed on each Neon+ product page. C2000 · K5 · V8 · V6 · X5 · X5 Plus · Q1

05

How should the complete connection chain be tested?

List every source that will feed the projector (laptop, phone, document camera, USB storage or network) with the adapter, the cable length and where the sound should come out. A port list proves the physical sockets exist; only a demonstration proves the whole chain works. Test local files and streaming apps separately, and test wireless casting with your own device on the network you will actually use.

  1. Source The teacher's laptop, a phone or a USB drive
  2. Adapter Name the exact one, for example USB-C to HDMI
  3. Link HDMI cable length, or the Wi-Fi network name
  4. Input The socket the sheet lists; every Neon+ model lists HDMI 2.0
  5. Sound Built-in speakers or a separate speaker

A laptop desktop appearing on the wall does not prove that a particular file, app or wireless route will play. Ask for the port list of every model you shortlist and check it against the source row of your room brief.

Every Neon+ product page lists an HDMI 2.0 input, Bluetooth 5.0 and 2.4G plus 5G dual-band Wi-Fi. The V6 page lists two USB 2.0 ports, Ethernet and TF-card support up to 32 GB as well. Neon+ V6 product page · all Neon+ projectors

06

What makes a projector portable enough to carry between rooms?

A projector is portable in practice when one person can carry it, power it, focus it and have sound playing in the next room within the time a lesson or meeting allows. That comes down to six published details: weight, power source, focusing method, speakers, light source and operating system. Check each against the movement and power rows of your room brief, then time a real move.

What does Neon+ publish for weight, power, focus and sound?

Weight
Neon+ lists 0.63 kg (C2000), 0.786 kg (V6), 1.249 kg (Q1), 1.38 kg (K5), 1.443 kg (V8) and 2.36 kg (X5, X5 Plus).
Power
Built-in battery on the C2000 (29.6 Wh), K5 and V8 (57.72 Wh each); the V6 runs from a 19 V / 3.42 A adapter.
Focus
Manual scroll wheel (Q1), laser auto-focus (C2000), electric motor focus (V6; K5 with optional TOF laser) or TOF laser focus (V8, X5, X5 Plus).
Sound
5W × 2 speakers on the Q1, C2000, K5, V8 and V6; 10W × 2 on the X5 and X5 Plus.
Light source
Osram RGB-LED on the C2000, K5, V8, V6, X5 and X5 Plus; a 58W white LED on the Q1.
System
Android 9.0 on the Q1, C2000 (listed as AOSP Android 9.0), K5, V8 and V6; Android 11.0 on the X5 and X5 Plus.

What should a timed move between rooms check?

If the projector cannot sit square to the wall in the second room, also check its keystone and side-projection correction during the timed move.

A built-in battery removes the wall socket from the room brief but not the brightness question: the V8's published figures drop from 600 to 300 ANSI in its longest-running mode. The guide to choosing a battery or externally powered projector weighs the two approaches.

Weights, power, focus, speakers, light sources and operating systems are as listed on each Neon+ product page on 22 September 2026. Q1 · C2000 · K5 · V8 · V6 · X5 · X5 Plus

07

What does Neon+ publish for each of its seven portable projectors?

Neon+ publishes a specification table on the product page of each of its seven projectors: the Q1, C2000, K5, V8, V6, X5 and X5 Plus. The figures below are quoted as published on 22 September 2026, with that day's shop prices. They are the brand's own figures, so test brightness and sharpness in your room before you buy.

The Neon+ projector range as published on neonplus.com.my, 22 September 2026
ModelNative resolutionBrightnessThrow ratioBuilt-in batteryWeightPrice
Q11920 × 1080150 ANSI1.4:1No; mains, AC100~240V built-in power board1.249 kgRM799
C2000960 × 540180 ANSI1.07:1Yes, 29.6 Wh0.63 kgRM1,359
K5960 × 540350 ANSI1.2:1Yes, 57.72 Wh1.38 kgRM2,299
V81280 × 800600 ANSI1.2:1Yes, 57.72 Wh1.443 kgRM2,899
V61280 × 800600 ANSI1.2:1No; 19 V / 3.42 A adapter0.786 kgRM3,800
X51920 × 10801,600 ANSI1.2:1Not listed2.36 kgRM4,599
X5 Plus1920 × 10801,600 ANSI1.2:1Not listed2.36 kgRM4,999

Which Neon+ models look alike on paper?

Two pairs look alike on paper. The V8 and V6 list the same 1280 × 800 grid, 600 ANSI and 1.2:1 ratio, yet the V8 costs RM901 less (RM2,899 against RM3,800) and adds a 57.72 Wh built-in battery. Against that, the V6 lists a lighter body (0.786 kg against 1.443 kg), a tripod and an HDMI cable in its box, neither of which is on the V8's published box list, and a total power consumption of 40 W against the V8's 65 W; it needs a wall socket to run. The X5 and X5 Plus publish identical specification figures; the X5 Plus adds two wireless microphones in the box and is sold as karaoke ready. The Q1 shows that native resolution and brightness are separate choices: it lists 1920 × 1080 at 150 ANSI.

Worked example: the V6 against the room brief

The V6 is this guide's worked example, as the method note says, not a recommendation: any model in the table can be run through the same checks. Run against the room brief, the V6 fits on paper. At 1.2:1 a 1.8 m-wide image needs about 2.16 m of throw, which is the lens position in the brief; both rooms have a wall socket, which suits a projector with no built-in battery; and its 1280 × 800 grid and 600 ANSI are the figures to confirm with the worksheet test and the closed-blinds test. The V8 passes the same distance and power checks on paper, for less money and with a battery, at nearly twice the weight to carry between rooms. Send your own room brief to Neon+ on +6012-565 2091 or info@neonplus.com.my and ask for a dated quote on the models that fit it.

08

Which warranty and ownership terms belong in the final comparison?

Ownership terms decide how much effort a projector costs after purchase, so they belong beside the image specification. Neon+'s FAQ states a 365-day local warranty from purchase for manufacturing defects, one-to-one replacement for qualifying faults and no cash refunds. The customer pays postage on warranty returns, and negligence, mishandling and misuse are excluded. Neon+'s Terms, section 6 add the rest: proof of purchase is the order ID, name and email; the warranty covers labour and parts; units from unauthorised dealers, resellers or distributors and second-hand units, including marketplace purchases, are not accepted; software and compatibility issues are excluded; and a non-refundable diagnostic fee applies when no fault is found. Get price, box contents, warranty, postage, upgrade and delivery terms in writing.

Price
Ask: today's price for the exact model. Keep: a dated written quote naming the model.
Box contents
Ask: the full packing list for that model. Keep: the product page or packing list.
Warranty
Ask: length, what counts as a defect, exclusions. Keep: the written warranty wording.
Return postage
Ask: who pays to send a faulty unit back. Keep: the written reply, with the invoice.
Upgrade window
Ask: the conditions of the 3-day upgrade to a higher-tier model that Neon+ describes. Keep: the written conditions, with the invoice date.
Delivery
Ask: an estimate for your address and order; Neon+ ships within 3 working days and gives up to 3 weeks for Sabah and Sarawak. Keep: the order confirmation.

Neon+ states that the 3-day upgrade window runs from the date of purchase, so for a delivered order ask how it applies before you pay, and run the room test as soon as the projector arrives. The Neon+ ownership and support guide walks through the warranty process.

Neon+'s FAQ states the 365-day local warranty, 1-to-1 replacement, no cash refunds, customer-paid return postage, the 3-day upgrade window and the delivery times; its Terms, section 6, set the claim conditions and exclusions. Neon+ FAQ · Terms, section 6

Quick answers

What do Malaysian buyers ask when choosing a portable projector?

What should I measure before comparing projectors?

Measure the usable wall width, the distance from the likely lens position to the wall, the room light at the hardest time of day, the number of viewers and the furthest seat. Then list the source devices, adapters, the nearest power point and whether the projector moves between rooms.

Does a higher lumen figure always mean a better projector?

No. Brightness has to be read with room light, image size and content. Compare candidates at the same image width, in the same light and power mode, with the same material, and judge from the back row. A brighter-looking picture on a smaller wall is not a like-for-like result.

Which Neon+ projector is lightest to carry between rooms?

Neon+ lists the C2000 at 0.63 kg and the V6 at 0.786 kg, the two lightest in its range; the X5 and X5 Plus are the heaviest at 2.36 kg. The C2000 has a built-in battery and the V6 needs a wall socket. Weigh brightness too: Neon+ lists 180 ANSI lumens for the C2000 and 600 for the V6.

Which Neon+ projectors have 1920 × 1080 native resolution?

Neon+ lists 1920 × 1080 for the Q1, X5 and X5 Plus. Their published brightness differs widely: 150 ANSI lumens for the Q1 and 1,600 for the X5 and X5 Plus, so test sharpness and brightness together at your planned image width.

Sources

Where do the figures on this page come from?

Model figures and prices are those Neon+ published on neonplus.com.my on 22 September 2026. Throw distances, diagonals and aspect ratios are our arithmetic from the published figures. BenQ's and ViewSonic's guidance explains the category; it does not describe or endorse any Neon+ model.

Where should you send your room brief?

Send Neon+ your wall width, lens distance, light, number of viewers and source devices, and ask for a dated price and the current sheet for each model you are comparing.

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