Small faction issue frequenzy crystals, for use with frigate-size lasers.

Modulates the beam of a laser weapon into the gamma frequencies. Greatly reduced range. Greatly increased thermal damage.
The delicate crystalline structures used in the manufacture of this advanced crystal degrade with use, eventually causing it to shatter.
37.5% reduced optimal range.
15% reduced capacitor need.

Modulates the beam of a laser weapon into the infrared frequencies. Slightly improved range. Slightly increased EM damage.
The delicate crystalline structures used in the manufacture of this advanced crystal degrade with use, eventually causing it to shatter.
20% increased optimal range.
35% reduced capacitor need.

Modulates the beam of a laser weapon into the microwave frequencies. Improved range. Increased EM damage.
The delicate crystalline structures used in the manufacture of this advanced crystal degrade with use, eventually causing it to shatter.
40% increased optimal range.
25% reduced capacitor need.

Randomly cycles the laser through the entire spectrum. The greatly increased damage comes at the cost of a significant reduction in range.
With shorter range, Thermal damage increases and the overall damage output is increased.
The delicate crystalline structures used in the manufacture of this advanced crystal degrade with use, eventually causing it to shatter.
50% reduced optimal range.

Modulates the beam of a laser weapon into the radio frequencies. Offers greatly improved range but significantly lower damage.
With longer range, EM damage increases although the overall damage output is decreased.
The delicate crystalline structures used in the manufacture of this advanced crystal degrade with use, eventually causing it to shatter.
60% increased optimal range.
15% reduced capacitor need.

Modulates the beam of a laser weapon into the visible light spectrum.
The delicate crystalline structures used in the manufacture of this advanced crystal degrade with use, eventually causing it to shatter.
45% reduced capacitor need.

Modulates the beam of a laser weapon into the ultraviolet frequencies. Slightly reduced range. Slightly increased thermal damage.
The delicate crystalline structures used in the manufacture of this advanced crystal degrade with use, eventually causing it to shatter.
12.5% reduced optimal range.
35% reduced capacitor need.

Modulates the beam of a laser weapon into the xray frequencies. Reduced range. Increased thermal damage.
The delicate crystalline structures used in the manufacture of this advanced crystal degrade with use, eventually causing it to shatter.
25% reduced optimal range.
25% reduced capacitor need.

Modulates the beam of a laser weapon into the gamma frequencies. Greatly reduced range. Greatly increased thermal damage.
The delicate crystalline structures used in the manufacture of this advanced crystal degrade with use, eventually causing it to shatter.
37.5% reduced optimal range.
15% reduced capacitor need.

Modulates the beam of a laser weapon into the infrared frequencies. Slightly improved range. Slightly increased EM damage.
The delicate crystalline structures used in the manufacture of this advanced crystal degrade with use, eventually causing it to shatter.
20% increased optimal range.
35% reduced capacitor need.

Modulates the beam of a laser weapon into the microwave frequencies. Improved range. Increased EM damage.
The delicate crystalline structures used in the manufacture of this advanced crystal degrade with use, eventually causing it to shatter.
40% increased optimal range.
25% reduced capacitor need.

Randomly cycles the laser through the entire spectrum. The greatly increased damage comes at the cost of a significant reduction in range.
With shorter range, Thermal damage increases and the overall damage output is increased.
The delicate crystalline structures used in the manufacture of this advanced crystal degrade with use, eventually causing it to shatter.
50% reduced optimal range.

Modulates the beam of a laser weapon into the radio frequencies. Offers greatly improved range but significantly lower damage.
With longer range, EM damage increases although the overall damage output is decreased.
The delicate crystalline structures used in the manufacture of this advanced crystal degrade with use, eventually causing it to shatter.
60% increased optimal range.
15% reduced capacitor need.

Modulates the beam of a laser weapon into the visible light spectrum.
The delicate crystalline structures used in the manufacture of this advanced crystal degrade with use, eventually causing it to shatter.
45% reduced capacitor need.

Modulates the beam of a laser weapon into the ultraviolet frequencies. Slightly reduced range. Slightly increased thermal damage.
The delicate crystalline structures used in the manufacture of this advanced crystal degrade with use, eventually causing it to shatter.
12.5% reduced optimal range.
35% reduced capacitor need.

Modulates the beam of a laser weapon into the xray frequencies. Reduced range. Increased thermal damage.
The delicate crystalline structures used in the manufacture of this advanced crystal degrade with use, eventually causing it to shatter.
25% reduced optimal range.
25% reduced capacitor need.

Modulates the beam of a laser weapon into the gamma frequencies. Greatly reduced range. Greatly increased thermal damage.
The delicate crystalline structures used in the manufacture of this advanced crystal degrade with use, eventually causing it to shatter.
37.5% reduced optimal range.
15% reduced capacitor need.

Modulates the beam of a laser weapon into the infrared frequencies. Slightly improved range. Slightly increased EM damage.
The delicate crystalline structures used in the manufacture of this advanced crystal degrade with use, eventually causing it to shatter.
20% increased optimal range.
35% reduced capacitor need.

Modulates the beam of a laser weapon into the microwave frequencies. Improved range. Increased EM damage.
The delicate crystalline structures used in the manufacture of this advanced crystal degrade with use, eventually causing it to shatter.
40% increased optimal range.
25% reduced capacitor need.

Randomly cycles the laser through the entire spectrum. The greatly increased damage comes at the cost of a significant reduction in range.
With shorter range, Thermal damage increases and the overall damage output is increased.
The delicate crystalline structures used in the manufacture of this advanced crystal degrade with use, eventually causing it to shatter.
50% reduced optimal range.

Modulates the beam of a laser weapon into the radio frequencies. Offers greatly improved range but significantly lower damage.
With longer range, EM damage increases although the overall damage output is decreased.
The delicate crystalline structures used in the manufacture of this advanced crystal degrade with use, eventually causing it to shatter.
60% increased optimal range.
15% reduced capacitor need.

Modulates the beam of a laser weapon into the visible light spectrum.
The delicate crystalline structures used in the manufacture of this advanced crystal degrade with use, eventually causing it to shatter.
45% reduced capacitor need.

Modulates the beam of a laser weapon into the ultraviolet frequencies. Slightly reduced range. Slightly increased thermal damage.
The delicate crystalline structures used in the manufacture of this advanced crystal degrade with use, eventually causing it to shatter.
12.5% reduced optimal range.
35% reduced capacitor need.

Modulates the beam of a laser weapon into the xray frequencies. Reduced range. Increased thermal damage.
The delicate crystalline structures used in the manufacture of this advanced crystal degrade with use, eventually causing it to shatter.
25% reduced optimal range.
25% reduced capacitor need.