A problem with many so called "RIFE" frequency Generators is poor Square wave signal quality. A Square wave generates a predictable series of odd order harmonic frequencies with an accurate energy balance. The closer the Square wave is to perfect, the more accurate the harmonics are. Low Rise and fall time is the most difficult element to achieve in a Square wave. A perfect Square wave has a rise time of zero, so the lower the rise and fall is, the better the Square wave and thus the harmonics are. For example:

• BCX Ultra: 150nsec from 1 to 4.00MHz
• GB4000: 750nsec from 1 to 40KHz, Beyond 40KHz, the GB4000 does not generate a Squarewave, but instead modulates a 2.4MHz carrier frequency.

GB4000 and BCX Ultra delivery

The premise of the GB4000 is their claim that they can directly generate the highest Rife frequencies electrically through conduction rather than by means of a ray tube. Although they can generate the frequencies conductively, their system does NOT deliver the same types of energies. Ray tubes deliver a broad spectrum of energies, ranging from infrared, to electromagnetic fields, to electrostatic fields, to conductive electron flow (electricity), to light in the visible spectrum and beyond. The only energy the GB4000 delivers is electricity. Their GB4000 with MOPA will run a stand-alone Bream Tube.

Although the manufacturer of the GB4000 attempts to argue otherwise, it is categorically true that "Skin Effect" prevents high frequency electron flow (plain old electricity) from penetrating deeply into ANY electrically conductive material. The higher the frequency, the shallower the penetration. At frequencies above 1MHz, skin effect will limit penetration to a fraction of an inch. Based on our feedback from clients & practitioners, it seems that the lower frequencies tend to

About GB4000 & BCX Ultra Waveforms and Modulations:

A fundamental difference between the BCX Ultra and most other Rife type devices is the way that they generate waveforms. Many units use a DSP (digital synthesizing processor) which, by nature, is only capable of generating Square waves waves. By using filtering techniques, the circuit is capable of approximate Sine wave by "rounding off Square wave". This is, of course, not particularly accurate, meaning that the purity of Sine wave is compromised and most machines have NO sine waves.. GB4000 only has sine & square waves.

The BCX Ultra uses entirely different electronics. It contains 3 separate Microprocessors each of which creates an "Arbitrary Waveform". Arbitrary Waveforms are exact and pure creations of natuoccurringcuring and incidenoccurringcuring waveforms. Examples of natuoccurringcuring waveforms are Sine, Square, Triangle, Exponential, and Linear. An example of an incidentally occurring waveform is the Hoyland Waveform. The BCX Ultra faithfully reproduces the waveform that Hoyland generated using a complex array of apparatus. If fact, the Hoyland Waveform in the Ultra was created by digitizing an actual copy of Hoyland’s test data. Another example of Arbitrary Waveforms are the Ultra’s Odd Order Harmonic and Even Order Harmonics waveforms. The Odd Order Harmonic Waveform produces a fundamental, and the 3’rd, 5’th, and 7’th harmonics is perfect harmonic proportion. The Even Order Harmonic Waveform produces a fundamental, and the 2’nd, 4’th, and 6’th harmonics in perfect harmonic proportion.

With Arbitrary Waveforms, the Ultra can produce ANY waveform imaginable- accurately, and perfectly. Harmonics can only be generated accurately and correctly if the fundamental waveform is accurate. The BCX Ultra contains 3 Arbitrary Waveform generators, which when combined together can produce an un-imaginable combination.

Read Part 1