SpectrumView are a first of its kind high-photonic fidelity vacuum bulb computer monitors, beautifully-designed and constructed in the heart of Mexico that can be backlit by natural and electric incandescence.
Project your world and protect your sight
with the ancient light of the future!
“The Way progresses by returning.” – The Tao
For photosensitive users, power users, artists and sages.
Video demonstration of electroincandescent light box and magnetic attachment (31.5″)
Natural incandescent and electro incandescent backlight alleviates digitally strained sight and illuminates your content with a chromatically vibrant backlight rich in infrared with 100% Color Rendering Index.
“Be your own light.“ – Buddha’s last words
What is Light?
Visible energy is divided in two by how its photons are produced, in one side we have incandescent, photons that start from infrared wavelengths that incrementally increases in frequency, and in the other side we have luminescent photons, “cold light” that is produced without infrared heat, typically by UV light also known as “black light”.
“Be careful, that the light within you is not darkness.“ – Jesus of Nazareth
Natural incandescent photons come from the golden splendour of our Sun, fire and incandescent bulbs. Natural luminescence in nature comes from luciferin found in creatures like the Angler fish and in electronics from semiconductors photons found in ordinary displays.
“The Light of Nature is of two species: the good one and the evil one.” – Paracelsus
Photons from a Light Emitting Diode is the product of a process called electron-hole recombination from a semiconductor, to make white light a blue high frequency beam projects its visible spectrum from a photoreaction with phosphorous. Photons are the product of the movement from a high energy state to a lower state. Incandescence photons are produced from the other direction, from the low frequency infrared light to incrementally higher frequencies producing its visible spectrum from the low to the high, in contrast to luminescence which produces its visible spectrum from the high to the low.
“And He created the jinn from a smokeless flame of fire.“ – Surah 55:15
Sunsets, volcanoes and incandescent bulbs are rich sources of infrared rays.
LED light is a type of luminescence and no filter can fix it for a very fundamental reason, its photons are very different from the Sun and incandescent bulbs. For most of our history, the only type of photons we saw were incandescent, because the light of the Sun and fire is incandescent, but today we are surrounded by luminescent photons, a type of light that we very rarely saw. Prolonged exposure to luminescent photons can provoke cell degeneration and photochemical reactions in the eye tissue and can cause permanent damage to the sight. ¹ Continuous exposure to luminescent photons also produces strain and interferes with the pineal gland, a neuroendocrine transducer also known as the third eye, a very important gland located at the center of our head activated by light, ² LED photons can also shorten your life and cause brain neurodegeneration. ³ These light emitting diodes emit a beam of non-uniform light energy unlike anything seen in nature before, this light energy interferes with the human nervous system. ⁴ Energy is frequency, and frequency carries information.
“The medium is the message.” – Marshall McLuhan
Sometimes truth is written in plain sight
Incandescent light increases mental focus and extends online productivity and creativity, excellent for aesthetic work and screen intensive tasks, it promotes cell regeneration and alleviates harmed sight from ordinary displays. Light emitting diodes are extremely useful and indispensable for our information technology infrastructure, but when spectral quality and ocular protection is the aim, its no match with the gentleness and richness of the incandescent nature, because incandescence is naturally rich in infrared light and its light waveform is analog in shape.
“You can’t make a silk purse out of a sow’s ear.” – Proverb
Total observable relative color gamut from an ordinary display vs Total observable relative color gamut from a SpectrumView display.
Light spectrums.
“The eye is the lamp of the body.” – Matthew 6:22
The coloured triangle represents the wavelengths an ordinary luminescent monitor can display, the horseshoe-shaped area represents colours Humans can see, but that the monitor cannot show. Incandescence contains all wavelengths visible to the eye.
“The question is not what you look at, but what you see.” – Henry David Thoreau
Models
The SpectrumView monitor and electroincandescent light box is made of quality kiln dried wood and traditional bee-wax polished finish, detachable copper standing mounts and sturdy glass backed display. The electroincandescent light box is thermally protected by low speed fans, the analog light dimmer makes it very easy to set the light intensity to the perfect level. The electroincandescent light box can work with both 120V or 240V at the flick of an inner switch without having to change all bulbs, uses 8-10 incandescent bulbs of 25w (up to 40w) of 120v or 240v regular standard E26 base, bulbs and replacements included. Keep in ind that only using electroincandescence to backlit the monitor will increase your electricity bill, between 5-15USD extra a month, but if retro-illuminated also by the Sun, the SpectrumView monitor will consume about the same amount of electricity as an ordinary monitor would, since only 25% to 50% of total available light intensity is needed when used at night. Also if you end up using only solar light as backlight, when placed faced down, it can be used as an excellent cured meat dehydrator, the dimmer sets the precise infrared energy while the fans circulate air gently in and out continuously.
“Use discernment but return to the light.“ – The Tao
The SpectrumView 21.5″ monitor
Detachable copper mounts for compact transportation and to permanently suspend the monitor in front of a sunny window, natural lac varnished handles for a good tight grip.
The SpectrumView Electroincandescent light box (21.5″)
Technical specifications:
(Works with any operating system)
21.5″ 1920×1080 (FullHD), 75Hz, HDMI, VGA, 178° viewing angle, VA panel, 8 bit per pixel with FRC, semi-glossy finish, 4W (With light box: 25-200W), 120/240V, external power supply, 58x40x3cm 3.4Kg. (With light box 58x40x18cm, 6.3Kg). Great for travelling, small enough to fit in airplane overhead luggage.
24″ 1920×1080 (FullHD), 75Hz, HDMI, VGA, 178° viewing angle, IPS or VA panel, 8 bit per pixel with FRC, semi-glossy finish, 4.5W, (With light box: 30-200W) 120/240V, external power supply, 62x45x3cm 4.3Kg. (With light box 62x45x18cm 8.5Kg.) A standard size monitor for everyday tasks.
27″ 2560 x 1440 (2K), 75Hz, HDMI, VGA, DisplayPort, 178° viewing angle, VA panel, 8 bit per pixel with FRC, semi-glossy finish, 5W, (With light box: 40-250W) 120/240V, external power supply, 70x51x3cm 5.9Kg. (With light box 70x51x18cm 9.4Kg.) An excellent choice for power users.
31.5″ 3840 x 2160 (4K), 75Hz, HDMI, VGA, DisplayPort, 178° viewing angle, VA panel, native 10 bit per pixel with no FRC, semi-glossy finish, 7W, (With light box: 60-400W) 120/240V, external power supply, 81x62x3cm 7.1Kg. (With light box 81x62x18cm 12.1Kg.) The best monitor for gamut precision, screen size and resolution.
